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from __future__ import annotations
from contextlib import contextmanager
from copy import deepcopy as ext_deepcopy
from pathlib import Path as ext_Path
from rescopebench.raw_module_isolation import load_isolated_modules as ext_load_isolated_modules
import copy as mod_copy
import hashlib as mod_hashlib
import json as mod_json
from .spec import CASE_DIR, DATA_TASK_IDS, DATA_CHANGED_AUTHORITY_ATOMS, DATA_CURRENT_RESPONSIBLE_AGENCY, DATA_POLICY_ROWS, DATA__STREAM_INCIDENT_IDS, DATA__STREAM_RESOURCE_IDS, DATA__STREAM_ORDER_IDS, DATA_SEVERITIES, DATA_TASK_BLUEPRINT, DATA__X, DATA_STRUCTURE_BY_ID, DATA_RULE_BY_ID, DATA_INCIDENT_TYPES, DATA_AUTHORITY_ATOM_BY_STRUCTURE, DATA_PRE_RESPONSIBLE_AGENCY, DATA__CANDIDATES_BY_STRUCTURE, DATA_RESPONSIBILITY_DOMAIN_BY_STRUCTURE, DATA__RESOURCE_ID_BY_BINDING, DATA_AGENCY_BY_TYPE, DATA_SCHEDULE_2, DATA_TASK_BLUEPRINT_2, DATA_CHANGED_AUTHORITY_ATOMS_2, DATA_PROVIDER_TOOLS, DATA_ALLOWED_TOOLS, DATA_CUSTOM_COSTS, DATA_VISIBLE_TOOL_NAMES, DATA_RAW_LIST_TOOLS, DATA_RAW_DETAIL_TOOLS, DATA_WRITE_COSTS, DATA_VISIBLE_TOOL_NAMES_2, DATA_TOOL_SCHEMAS, DATA_PROVIDER_TOOLS_2
def fn_scheduled_orders(task_id):
if task_id not in DATA_TASK_IDS:
raise ValueError(f'unknown stream task: {task_id}')
task_position = int(task_id[1:])
rows = []
for (position, atom_id) in enumerate(DATA_TASK_BLUEPRINT[task_id], 1):
(slot, structure_id, rule_id) = DATA__X[atom_id]
structure = DATA_STRUCTURE_BY_ID[structure_id]
rule = DATA_RULE_BY_ID[rule_id]
if structure['mission_class'] != rule['mission_class']:
raise ValueError(f'incompatible v7 atom: {atom_id}')
identity = f'{task_id}|{position}|{slot}|{structure_id}|{rule_id}'
request_code = fn__opaque('ER', identity, 10)
priority = DATA_INCIDENT_TYPES.index(rule['incident_type']) + 1
atom = DATA_AUTHORITY_ATOM_BY_STRUCTURE[structure_id]
row = {'request_code': request_code, 'order_id': fn__opaque('dispatch-order', identity), 'roster_id': fn__opaque('dispatch-roster', identity), 'task_id': task_id, 'slot': slot, 'structure_atom': structure_id, 'rule_atom': rule_id, 'incident_id': fn__opaque('incident', identity), 'incident_type': rule['incident_type'], 'mission_class': rule['mission_class'], 'required_capability': structure['capability'], 'mission': f"{structure['mission_class']} support from {structure['sector']}", 'lead_agency_id': DATA_PRE_RESPONSIBLE_AGENCY[atom], 'priority': priority, 'dispatch_priority': 'routine' if priority == 1 else 'urgent' if priority < 4 else 'life_safety', 'reported_at': f'2026-07-{task_position + 1:02d}T{position + 4:02d}:00:00Z', 'title': f"{rule['incident_type'].replace('_', ' ').title()} response {request_code}", 'affected_area': f"{structure['sector']} service area", 'candidates': mod_copy.deepcopy(DATA__CANDIDATES_BY_STRUCTURE[structure_id]), 'authorized_owner_type': rule['authorized_owner_type'], 'responsibility_domain': DATA_RESPONSIBILITY_DOMAIN_BY_STRUCTURE[structure_id]}
for candidate in row['candidates']:
candidate['resource_id'] = DATA__RESOURCE_ID_BY_BINDING[structure_id, candidate['owning_agency_type']]
candidate['owning_agency_id'] = DATA_AGENCY_BY_TYPE[candidate['owning_agency_type']]
candidate['status'] = 'available'
candidate['current_incident_id'] = None
rows.append(row)
return tuple(rows)
def fn__digest(value):
return mod_hashlib.sha256(fn__canonical_2(value).encode('utf-8')).hexdigest()
def fn_authority_atom(order):
return DATA_AUTHORITY_ATOM_BY_STRUCTURE[order['structure_atom']]
def fn__canonical(value):
return mod_json.dumps(value, ensure_ascii=True, sort_keys=True, separators=(',', ':'))
def fn__opaque(prefix, value, length=12):
value_hash = mod_hashlib.sha256(f"{'emergency-response-permission-v7'}|{value}".encode('ascii')).hexdigest()
return f'{prefix}-{value_hash[:length].upper()}'
def fn_scheduled_orders_2(task_id):
if task_id not in DATA_TASK_IDS:
raise ValueError(f'unknown stream task: {task_id}')
task_position = int(task_id[1:])
rows = []
for (position, atom_id) in enumerate(DATA_TASK_BLUEPRINT_2[task_id], 1):
(slot, structure_id, rule_id) = DATA__X[atom_id]
structure = DATA_STRUCTURE_BY_ID[structure_id]
rule = DATA_RULE_BY_ID[rule_id]
if structure['mission_class'] != rule['mission_class']:
raise ValueError(f'incompatible v7 atom: {atom_id}')
identity = f'{task_id}|{position}|{slot}|{structure_id}|{rule_id}'
request_code = fn__opaque('ER', identity, 10)
priority = DATA_INCIDENT_TYPES.index(rule['incident_type']) + 1
atom = DATA_AUTHORITY_ATOM_BY_STRUCTURE[structure_id]
row = {'request_code': request_code, 'order_id': fn__opaque('dispatch-order', identity), 'roster_id': fn__opaque('dispatch-roster', identity), 'task_id': task_id, 'slot': slot, 'structure_atom': structure_id, 'rule_atom': rule_id, 'incident_id': fn__opaque('incident', identity), 'incident_type': rule['incident_type'], 'mission_class': rule['mission_class'], 'required_capability': structure['capability'], 'mission': f"{structure['mission_class']} support from {structure['sector']}", 'lead_agency_id': DATA_PRE_RESPONSIBLE_AGENCY[atom], 'priority': priority, 'dispatch_priority': 'routine' if priority == 1 else 'urgent' if priority < 4 else 'life_safety', 'reported_at': f'2026-07-{task_position + 1:02d}T{position + 4:02d}:00:00Z', 'title': f"{rule['incident_type'].replace('_', ' ').title()} response {request_code}", 'affected_area': f"{structure['sector']} service area", 'candidates': mod_copy.deepcopy(DATA__CANDIDATES_BY_STRUCTURE[structure_id]), 'authorized_owner_type': rule['authorized_owner_type'], 'responsibility_domain': DATA_RESPONSIBILITY_DOMAIN_BY_STRUCTURE[structure_id]}
for candidate in row['candidates']:
candidate['resource_id'] = DATA__RESOURCE_ID_BY_BINDING[structure_id, candidate['owning_agency_type']]
candidate['owning_agency_id'] = DATA_AGENCY_BY_TYPE[candidate['owning_agency_type']]
candidate['status'] = 'available'
candidate['current_incident_id'] = None
rows.append(row)
return tuple(rows)
def fn__canonical_2(value):
return mod_json.dumps(value, ensure_ascii=True, sort_keys=True, separators=(',', ':'), allow_nan=False)
def fn__validate_arguments(tool, arguments):
if not isinstance(arguments, dict):
return 'arguments must be an object'
schema = DATA_TOOL_SCHEMAS[tool]
properties = schema['properties']
unknown = sorted(set(arguments) - set(properties))
if unknown:
return f"unsupported argument(s): {', '.join(unknown)}"
missing = [name for name in schema.get('required', []) if name not in arguments]
if missing:
return f"missing required argument(s): {', '.join(missing)}"
for (name, value) in arguments.items():
field = properties[name]
if not fn__matches_type(value, field['type']):
return f"{name} must be {field['type']}"
if 'enum' in field and value not in field['enum']:
return f"{name} must be one of: {', '.join(field['enum'])}"
if 'minimum' in field and value < field['minimum']:
return f"{name} must be at least {field['minimum']}"
if 'maximum' in field and value > field['maximum']:
return f"{name} must be at most {field['maximum']}"
if 'minLength' in field and len(value) < field['minLength']:
return f'{name} must not be empty'
return None
def fn__sanitize_raw_result(tool, result):
if not isinstance(result, dict) or not isinstance(result.get('content'), dict):
return {'type': 'tool_result', 'tool': tool, 'content': {'status': 'error', 'data': {}, 'message': 'UPSTREAM_TOOL_ERROR: invalid raw response'}}
content = result['content']
if content.get('status') != 'error':
return result
message = str(content.get('message') or 'UPSTREAM_TOOL_ERROR: raw tool failed')
if message.startswith('INTERNAL_ERROR') or 'traceback' in message.lower():
message = 'UPSTREAM_TOOL_ERROR: raw tool execution failed'
return {'type': 'tool_result', 'tool': tool, 'content': {'status': 'error', 'data': {}, 'message': message}}
def fn__bounded_limit(arguments):
if not isinstance(arguments, dict):
return 25
value = arguments.get('limit', 25)
if not isinstance(value, int) or isinstance(value, bool) or (not 1 <= value <= 50):
return 25
return value
def fn__tool_result(tool, data, message=''):
return {'type': 'tool_result', 'tool': tool, 'content': {'status': 'success', 'data': data, 'message': message}}
def fn__matches_type(value, expected):
if expected == 'boolean':
return isinstance(value, bool)
if expected == 'integer':
return isinstance(value, int) and (not isinstance(value, bool))
if expected == 'number':
return isinstance(value, (int, float)) and (not isinstance(value, bool))
if expected == 'string':
return isinstance(value, str)
return True
def fn__isolated_server(source):
def initialize(modules):
server = modules[0]
server.init_database(str(source / 'data'))
server.load_tools()
return server
(_, server) = ext_load_isolated_modules(source, ('mcp_servers.server',), initialize=initialize)
assert server is not None
return server
def fn_digest(value):
return mod_hashlib.sha256(fn__canonical_3(value).encode('ascii')).hexdigest()
def fn__canonical_3(value):
return mod_json.dumps(value, ensure_ascii=True, sort_keys=True, separators=(',', ':'))
class World:
def _set_orders(self, task_id):
rows = fn_scheduled_orders(task_id) if task_id else ()
self.orders = {row['order_id']: ext_deepcopy(row) for row in rows}
self.orders_by_code = {row['request_code'].lower(): row['order_id'] for row in rows}
self.rosters = {row['roster_id']: ext_deepcopy(row['candidates']) for row in rows}
self._patch_current_responsibilities()
def activate_task(self, task_id, *, replenish=True, evaluator_apply_scheduled_drift=None):
index = len(self._activated_tasks)
if index >= len(DATA_TASK_IDS) or task_id != DATA_TASK_IDS[index]:
raise ValueError('out-of-order Emergency task activation')
if evaluator_apply_scheduled_drift is not None and task_id != 'T09':
raise ValueError('authority override is valid only at the event boundary')
boundary = None
if task_id == 'T09' and evaluator_apply_scheduled_drift is not False:
boundary = self.apply_coordination_policy_drift('evt-coordination-policy-2026-09-v2')
for atom in DATA_CHANGED_AUTHORITY_ATOMS:
self.authority_revalidation.setdefault(atom, 'awaiting_exact_stale')
elif task_id == 'T09':
self.applied_boundary_events.add('evt-coordination-policy-2026-09-v2')
for order in fn_scheduled_orders(task_id):
self._inject_order(order)
self.active_task_id = task_id
self._set_orders(task_id)
if replenish:
self.remaining = self.initial_budget
self._active_receipt_start = len(self.receipts)
self._activated_tasks.append(task_id)
for name in ('order_observations', 'incident_observations', 'roster_observations', 'resource_observations', 'resolved_order_handles', 'issued_assignment_handles'):
setattr(self, name, set())
return {'status': 'success', 'task_id': task_id, 'world_reset': False, 'budget_reset': replenish, 'boundary_event_applied': boundary is not None and (not boundary['idempotent']), 'entry_business_hash': self.business_hash(), 'entry_lineage_hash': self.lineage_hash()}
def snapshot(self):
state = self._emergency_independent_world_snapshot()
state['formation_balance_contract'] = 'emergency-formation-balanced-evolution-v3'
return state
def restore(self, snapshot):
if snapshot.get('formation_balance_contract') != 'emergency-formation-balanced-evolution-v3':
raise ValueError('Emergency formation contract differs')
self._emergency_independent_world_restore(snapshot)
@contextmanager
def _independent_target(self, order_id):
original = self.orders
if order_id in original:
self.orders = {order_id: original[order_id], **{k: v for (k, v) in original.items() if k != order_id}}
try:
yield
finally:
self.orders = original
def _assignment_guard(self, arguments):
with self._independent_target(arguments.get('dispatch_order_id')):
return self._emergency_response_permission_successor_assignment_guard(arguments)
def _exact_stale_conflict(self, arguments, order):
with self._independent_target(order['order_id']):
return self._emergency_response_permission_successor_exact_stale_conflict(arguments, order)
def _restore_unchecked(self, snapshot):
self._emergency_response_permission_successor_restore_unchecked(snapshot)
self._set_orders(self.active_task_id)
def _own_released_assignment(self, arguments, actor):
if actor != 'incident_dispatcher' or not isinstance(arguments, dict) or set(arguments) != {'resource_id', 'include_assignment_history'} or (arguments['include_assignment_history'] is not False) or (not isinstance(arguments['resource_id'], str)):
return None
receipts = self.receipts[self._active_receipt_start:]
assigned = next((row for row in reversed(receipts) if row['actor'] == actor and row['status'] == 'success' and (row['tool'] == 'assign_resource_to_incident') and (row['arguments'].get('resource_id') == arguments['resource_id'])), None)
if assigned is None:
return None
assignments = self.manager.query_entities('resource_assignment', lambda row: row.get('dispatch_order_id') == assigned['arguments']['dispatch_order_id'] and row.get('resource_id') == arguments['resource_id'])
if not assignments:
return None
assignment = assignments[-1]
released = any((row['actor'] == actor and row['status'] == 'success' and (row['tool'] == 'release_resource_assignment') and (row['index'] > assigned['index']) and (row['arguments'].get('assignment_id') == assignment['assignment_id']) for row in receipts))
return assignment if released and assignment['status'] == 'released' else None
def _cost(self, tool, arguments):
if tool == 'get_resource_unit_status' and self._own_released_assignment(arguments, 'incident_dispatcher') is not None:
return 0
return self._emergency_response_permission_successor_cost(tool, arguments)
def dispatch(self, tool, arguments, actor='incident_dispatcher'):
assignment = self._own_released_assignment(arguments, actor) if tool == 'get_resource_unit_status' else None
if assignment is None:
return self._emergency_response_permission_successor_dispatch(tool, arguments, actor)
resource = self.manager.get_entity('resource_unit', arguments['resource_id'])
before = self.semantic_hash()
self.resource_observations.add(arguments['resource_id'])
result = {'type': 'tool_result', 'tool': tool, 'content': {'status': 'success', 'data': {'resource': {key: ext_deepcopy(resource[key]) for key in ('resource_id', 'status', 'current_incident_id')}, 'assignment': {key: ext_deepcopy(assignment[key]) for key in ('assignment_id', 'status')}, 'confirmation_only': True}, 'message': 'Current status of your released assignment.'}}
return self._record(tool, actor, arguments, 0, before, result)
def __init__(self, source=CASE_DIR / 'raw', snapshot=None):
self._source = source
self._emergency_response_permission_successor_init(source=source, snapshot=snapshot)
def _custom_read(self, tool, arguments):
result = self._emergency_response_permission_successor_custom_read(tool, arguments)
if tool == 'inspect_dispatch_roster' and result['content']['status'] == 'success':
for candidate in result['content']['data']['candidates']:
current = self.manager.get_entity('resource_unit', candidate['resource_id'])
for field in candidate:
candidate[field] = ext_deepcopy(current[field])
return result
def semantic_hash(self):
return fn__digest({'base': self._persistent_emergency_dispatch_adapter_semantic_hash(), 'authority_revalidation': self.authority_revalidation, 'authority_bindings': self.authority_bindings})
def _atom_for_order(self, order_id):
order = self.orders.get(order_id)
return None if order is None else fn_authority_atom(order)
def _patch_current_responsibilities(self):
if not self.responsibility_changed:
return
for order in self.orders.values():
atom = fn_authority_atom(order)
if atom not in DATA_CHANGED_AUTHORITY_ATOMS:
continue
agency_id = DATA_CURRENT_RESPONSIBLE_AGENCY[atom]
order['lead_agency_id'] = agency_id
incident = self.manager.get_entity('incident', order['incident_id'])
if incident is not None and incident.get('lead_agency_id') != agency_id:
self.manager.update_entity('incident', order['incident_id'], {'lead_agency_id': agency_id})
def _current_episode_verification(self, order_id):
assignment_receipt = None
assignment_id = None
resource_id = None
for receipt in self.receipts[self._active_receipt_start:]:
if receipt['status'] != 'success' or not isinstance(receipt['arguments'], dict):
continue
if receipt['tool'] == 'assign_resource_to_incident' and receipt['arguments'].get('dispatch_order_id') == order_id:
assignment_receipt = receipt['index']
resource_id = receipt['arguments'].get('resource_id')
assignments = self.manager.query_entities('resource_assignment', lambda row: row.get('dispatch_order_id') == order_id and row.get('resource_id') == resource_id)
if assignments:
assignment_id = assignments[-1].get('assignment_id')
continue
if assignment_receipt is not None and assignment_id is not None and (receipt['tool'] == 'release_resource_assignment') and (receipt['arguments'].get('assignment_id') == assignment_id):
assignment_receipt = receipt['index']
continue
if assignment_receipt is not None and assignment_id is not None and (receipt['tool'] == 'get_resource_unit_status') and (receipt['arguments'].get('resource_id') == resource_id) and (receipt['index'] > assignment_receipt):
assignment = self.manager.get_entity('resource_assignment', assignment_id)
return bool(assignment and assignment.get('status') == 'released')
return False
def _order_is_complete(self, order_id):
return self._emergency_response_permission_successor_order_is_complete(order_id) and self._current_episode_verification(order_id)
def grade(self):
artifacts = []
for order in self.orders.values():
passed = None
if self._order_is_complete(order['order_id']):
assignments = self.manager.query_entities('resource_assignment', lambda row: row.get('dispatch_order_id') == order['order_id'])
passed = next((row for row in assignments if row.get('status') == 'released'), None)
artifacts.append({'request_code': order['request_code'], 'structure_atom': order['structure_atom'], 'rule_atom': order['rule_atom'], 'authority_atom': fn_authority_atom(order), 'complete': passed is not None, 'assignment_id': passed.get('assignment_id') if passed else None, 'score': 25.0 if passed else 0.0})
completed = sum((row['complete'] for row in artifacts))
return {'task_id': self.active_task_id, 'score': completed * 25.0, 'max_score': 100.0, 'completed_artifacts': completed, 'artifacts': artifacts, 'remaining_budget': self.remaining}
def _record(self, tool, actor, arguments, cost, before_hash, result):
recorded = self._emergency_dispatch_adapter_record(tool, actor, arguments, cost, before_hash, result)
self.receipts[-1]['task_id'] = self.active_task_id
return recorded
def _charged_evidence_error(self, tool, arguments, code, message):
cost = self._cost(tool, arguments)
if self.remaining < cost:
return self._emergency_response_permission_successor_dispatch_2(tool, arguments, 'incident_dispatcher')
before_hash = self.semantic_hash()
self.remaining -= cost
return self._record(tool, 'incident_dispatcher', arguments, cost, before_hash, self._error(tool, code, message, cost))
def _policy(self, incident_type, mission_class):
return DATA_POLICY_ROWS[incident_type][mission_class]
def apply_coordination_policy_drift(self, event_id):
if event_id in self.applied_boundary_events:
return {'status': 'success', 'event_id': event_id, 'idempotent': True}
self.responsibility_changed = True
self.applied_boundary_events.add(event_id)
return {'status': 'success', 'event_id': event_id, 'idempotent': False}
@property
def activated_tasks(self):
return tuple(self._activated_tasks)
def current_episode_receipts(self):
return mod_copy.deepcopy(self.receipts[self._active_receipt_start:])
def _stream_business_state(self):
database = self.manager.db
for entity_type in ('incident', 'resource_unit', 'resource_assignment'):
database._ensure_loaded(entity_type)
return {'incidents': [row for row in database._data['incident'] if row.get('incident_id') in DATA__STREAM_INCIDENT_IDS], 'resources': [row for row in database._data['resource_unit'] if row.get('resource_id') in DATA__STREAM_RESOURCE_IDS], 'assignments': [row for row in database._data['resource_assignment'] if row.get('dispatch_order_id') in DATA__STREAM_ORDER_IDS]}
def business_hash(self):
return mod_hashlib.sha256(fn__canonical(self._stream_business_state()).encode('utf-8')).hexdigest()
def lineage_hash(self):
return mod_hashlib.sha256(fn__canonical(self.snapshot()).encode('utf-8')).hexdigest()
def close(self):
self.server.cleanup_runtime()
def _error(self, tool, code, message, cost=0):
return {'type': 'tool_result', 'tool': tool, 'content': {'status': 'error', 'data': {}, 'message': f'{code}: {message}'}, 'budget': {'charged': cost, 'remaining': self.remaining}}
def _inject_order(self, order):
if self.manager.get_entity('incident', order['incident_id']) is None:
self.manager.add_entity('incident', {'incident_id': order['incident_id'], 'title': order['title'], 'incident_type': order['incident_type'], 'severity': DATA_SEVERITIES[order['priority'] - 1], 'status': 'active', 'priority': order['priority'], 'lead_agency_id': order['lead_agency_id'], 'command_post': f"{order['affected_area']} command post", 'affected_area': order['affected_area'], 'reported_at': order['reported_at'], 'created_at': order['reported_at'], 'updated_at': order['reported_at'], 'closed_at': None, 'active_resource_count': 0, 'sheltering_required': order['mission_class'] == 'shelter', 'evacuation_required': order['mission_class'] == 'rescue', 'public_summary': f"Active dispatch request {order['request_code']}."})
for candidate in order['candidates']:
if self.manager.get_entity('resource_unit', candidate['resource_id']) is None:
self.manager.add_entity('resource_unit', {**candidate, 'created_at': '2026-05-01T00:00:00Z', 'last_status_at': '2026-05-20T00:00:00Z', 'updated_at': '2026-05-20T00:00:00Z'})
def _emergency_independent_world_snapshot(self):
value = self._emergency_evolution_snapshot()
value['independent_dispatch_contract'] = 'emergency-independent-dispatch-evolution-v2'
return value
def _emergency_independent_world_restore(self, snapshot):
if snapshot.get('independent_dispatch_contract') != 'emergency-independent-dispatch-evolution-v2':
raise ValueError('Emergency independent dispatch contract differs')
self._emergency_evolution_restore(snapshot)
def _emergency_response_permission_successor_assignment_guard(self, arguments):
"""Apply the v6 evidence gates without its obsolete slot-level authority gate."""
order_id = arguments.get('dispatch_order_id', '')
order = self.orders.get(order_id)
if order is not None and order_id not in self.order_observations:
return self._error('assign_resource_to_incident', 'ORDER_EVIDENCE_REQUIRED', 'the active dispatch order has not been read in this episode')
if order is not None:
for candidate_order_id in self.orders:
if candidate_order_id == order_id:
break
if not self._order_is_complete(candidate_order_id):
return self._error('assign_resource_to_incident', 'DISPATCH_PRIORITY_BLOCKED', 'complete and close earlier listed dispatch orders first')
guarded = World._emergency_dispatch_adapter_assignment_guard(self, arguments)
if guarded is not None or order is None:
return guarded
if order['roster_id'] not in self.roster_observations and arguments.get('resource_id') not in self.resource_observations:
return self._error('assign_resource_to_incident', 'RESOURCE_STATE_UNCONFIRMED', 'the selected resource has not been verified in the current dispatch episode')
if self.authority_bindings.get(order['responsibility_domain']) != arguments.get('requested_by_agency_id'):
return self._error('assign_resource_to_incident', 'AUTHORITY_EVIDENCE_REQUIRED', 'the requesting authority lacks a publicly observed responsibility binding')
return None
def _emergency_response_permission_successor_exact_stale_conflict(self, arguments, order):
atom = fn_authority_atom(order)
if self.authority_revalidation.get(atom) != 'awaiting_exact_stale':
return False
expected = {'incident_id': order['incident_id'], 'requested_by_agency_id': DATA_PRE_RESPONSIBLE_AGENCY[atom], 'required_capability': order['required_capability'], 'mission': order['mission'], 'priority': order['dispatch_priority']}
if any((arguments.get(field) != value for (field, value) in expected.items())):
return False
resource_id = arguments.get('resource_id')
candidate = next((row for row in order['candidates'] if row['resource_id'] == resource_id), None)
resource = self.manager.get_entity('resource_unit', resource_id or '')
return bool(order['order_id'] in self.order_observations and self.authority_bindings.get(order['responsibility_domain']) == DATA_PRE_RESPONSIBLE_AGENCY[atom] and (candidate is not None) and (candidate['owning_agency_type'] == self._policy(order['incident_type'], order['mission_class'])) and (resource is not None) and (resource.get('status') in {'available', 'staged'}) and (resource.get('current_incident_id') is None) and (order['roster_id'] in self.roster_observations or resource_id in self.resource_observations) and all((earlier_id == order['order_id'] or self._order_is_complete(earlier_id) for earlier_id in self.orders if list(self.orders).index(earlier_id) < list(self.orders).index(order['order_id']))))
def _emergency_response_permission_successor_restore_unchecked(self, snapshot):
database = mod_copy.deepcopy(snapshot['raw']['database'])
self.manager.db._data = database
self.manager.db._id_counters = mod_copy.deepcopy(snapshot['db_id_counters'])
self.manager.counters = mod_copy.deepcopy(snapshot['raw']['counters'])
self.remaining = snapshot['remaining']
self.receipts = mod_copy.deepcopy(snapshot['receipts'])
self.applied_boundary_events = set(snapshot['applied_boundary_events'])
self.policy_version = snapshot['policy_version']
self.active_task_id = snapshot['active_task_id']
self._activated_tasks = list(snapshot['activated_tasks'])
self._active_receipt_start = snapshot['active_receipt_start']
permission = snapshot['permission']
self.responsibility_changed = permission['responsibility_changed']
self.order_observations = set(permission['order_observations'])
self.incident_observations = set(permission['incident_observations'])
self.confirmed_authority_atoms = set(permission['confirmed_authority_atoms'])
self.roster_observations = set(permission['roster_observations'])
self.resource_observations = set(permission['resource_observations'])
self.resolved_order_handles = set(permission['resolved_order_handles'])
self.issued_resource_handles = set(permission['issued_resource_handles'])
self.issued_assignment_handles = set(permission['issued_assignment_handles'])
self.authority_bindings = dict(permission['authority_bindings'])
self.authority_revalidation = dict(permission['authority_revalidation'])
if self.active_task_id:
rows = fn_scheduled_orders_2(self.active_task_id)
self.orders = {row['order_id']: mod_copy.deepcopy(row) for row in rows}
self.orders_by_code = {row['request_code'].lower(): row['order_id'] for row in rows}
self.rosters = {row['roster_id']: mod_copy.deepcopy(row['candidates']) for row in rows}
else:
self.orders = {}
self.orders_by_code = {}
self.rosters = {}
self._patch_current_responsibilities()
def _emergency_response_permission_successor_cost(self, tool, arguments):
if tool == 'inspect_dispatch_roster':
return 29
if tool == 'get_incident_detail' and isinstance(arguments, dict):
return 20 if arguments.get('include_history', True) else 2
return self._emergency_response_permission_successor_cost_2(tool, arguments)
def _emergency_response_permission_successor_dispatch(self, tool, arguments, actor='incident_dispatcher'):
if tool == 'assign_resource_to_incident':
if actor != 'incident_dispatcher':
return self._error(tool, 'ROLE_FORBIDDEN', 'actor is not an incident dispatcher')
if self.remaining < self._cost(tool, arguments):
return self._error(tool, 'WORK_QUOTA_EXHAUSTED', 'insufficient API-work quota')
return self._emergency_response_permission_successor_dispatch_3(tool, arguments, actor)
def _emergency_response_permission_successor_init(self, source=CASE_DIR / 'raw', snapshot=None):
self.authority_revalidation: dict[str, str] = {}
self._emergency_response_permission_successor_init_2(source=source)
self.initial_budget = 104
self.remaining = 104
if snapshot is not None:
self.restore(snapshot)
def _emergency_response_permission_successor_custom_read(self, tool, arguments):
if tool == 'get_dispatch_order' and arguments['order_id'] not in self.resolved_order_handles:
return self._error(tool, 'ORDER_HANDLE_UNOBSERVED', 'resolve the request code before using its dispatch-order handle')
if tool == 'inspect_dispatch_roster':
issued_rosters = {self.orders[order_id]['roster_id'] for order_id in self.order_observations}
if arguments['roster_id'] not in issued_rosters:
return self._error(tool, 'ROSTER_HANDLE_UNOBSERVED', 'read the dispatch order before using its roster handle')
if tool == 'get_coordination_policy' and (not any((order['incident_type'] == arguments['incident_type'] and order['mission_class'] == arguments['mission_class'] for (order_id, order) in self.orders.items() if order_id in self.order_observations))):
return self._error(tool, 'POLICY_SCOPE_UNOBSERVED', 'the requested policy cell is not grounded in an observed active order')
result = self._emergency_response_permission_successor_custom_read_2(tool, arguments)
if result.get('content', {}).get('status') != 'success':
return result
if tool == 'search_dispatch_orders':
self.resolved_order_handles.update((row['order_id'] for row in result['content']['data'].get('orders', [])))
elif tool == 'inspect_dispatch_roster':
self.issued_resource_handles.update((row['resource_id'] for row in result['content']['data'].get('candidates', [])))
return result
def _persistent_emergency_dispatch_adapter_semantic_hash(self):
payload = {'business': self._stream_business_state(), 'remaining': self.remaining, 'receipts': self.receipts, 'boundary_events': sorted(self.applied_boundary_events), 'policy_version': self.policy_version, 'active_task_id': self.active_task_id, 'activated_tasks': self._activated_tasks}
return mod_hashlib.sha256(fn__canonical(payload).encode('utf-8')).hexdigest()
def _emergency_response_permission_successor_order_is_complete(self, order_id):
order = self.orders[order_id]
incident = self.manager.get_entity('incident', order['incident_id'])
for assignment in self.manager.list_entities('resource_assignment'):
if assignment.get('dispatch_order_id') != order_id:
continue
resource = self.manager.get_entity('resource_unit', assignment.get('resource_id', ''))
if assignment.get('status') == 'released' and assignment.get('released_at') and (resource is not None) and (resource.get('status') == 'available') and (resource.get('current_incident_id') is None) and (incident is not None) and (incident.get('active_resource_count') == 0):
return True
return False
def _emergency_dispatch_adapter_record(self, tool, actor, arguments, cost, before_hash, result):
content = result.get('content', {})
receipt = {'index': len(self.receipts) + 1, 'tool': tool, 'actor': actor, 'arguments': mod_copy.deepcopy(arguments), 'status': content.get('status'), 'cost': cost, 'before_hash': before_hash, 'after_hash': self.semantic_hash()}
self.receipts.append(receipt)
result['budget'] = {'charged': cost, 'remaining': self.remaining}
result['receipt_index'] = receipt['index']
return result
def _emergency_response_permission_successor_dispatch_2(self, tool, arguments, actor='incident_dispatcher'):
result = self._emergency_response_permission_successor_dispatch_4(tool, arguments, actor)
if tool == 'get_resource_unit_status' and result.get('content', {}).get('status') == 'success':
self.resource_observations.add(arguments['resource_id'])
return result
def _emergency_evolution_snapshot(self):
value = self._emergency_confirmation_snapshot()
value['evolution_contract'] = {'case_version': 'emergency-lifecycle-evolution-v1', 'schedule': ext_deepcopy(DATA_SCHEDULE_2)}
return value
def _emergency_evolution_restore(self, snapshot):
if snapshot.get('evolution_contract') != {'case_version': 'emergency-lifecycle-evolution-v1', 'schedule': DATA_SCHEDULE_2}:
raise ValueError('Emergency evolution contract differs')
self._emergency_confirmation_restore(snapshot)
def _emergency_dispatch_adapter_assignment_guard(self, arguments):
order = self.orders.get(arguments.get('dispatch_order_id', ''))
if order is None:
return self._error('assign_resource_to_incident', 'DISPATCH_ORDER_NOT_FOUND', 'the order is not active')
for assignment in self.manager.list_entities('resource_assignment'):
if assignment.get('dispatch_order_id') == order['order_id']:
return self._error('assign_resource_to_incident', 'DISPATCH_ORDER_ALREADY_USED', 'the order already has an assignment')
expected = {'incident_id': order['incident_id'], 'requested_by_agency_id': order['lead_agency_id'], 'required_capability': order['required_capability'], 'mission': order['mission'], 'priority': order['dispatch_priority']}
if any((arguments.get(field) != value for (field, value) in expected.items())):
return self._error('assign_resource_to_incident', 'DISPATCH_ORDER_MISMATCH', 'assignment fields do not match the active order')
roster_ids = {candidate['resource_id'] for candidate in order['candidates']}
if arguments.get('resource_id') not in roster_ids:
return self._error('assign_resource_to_incident', 'RESOURCE_OUTSIDE_ROSTER', 'the selected resource is not in the order roster')
resource = self.manager.get_entity('resource_unit', arguments['resource_id'])
incident = self.manager.get_entity('incident', order['incident_id'])
agency = self.manager.get_entity('agency', resource.get('owning_agency_id', '')) if resource else None
if resource is None or incident is None or agency is None:
return self._error('assign_resource_to_incident', 'ORDER_BINDING_STALE', 'an order binding no longer resolves')
if order['required_capability'] not in set(resource.get('capability_tags') or []):
return self._error('assign_resource_to_incident', 'CAPABILITY_MISMATCH', 'the selected resource lacks the order capability')
if resource.get('status') not in {'available', 'staged'} or resource.get('current_incident_id'):
return self._error('assign_resource_to_incident', 'RESOURCE_NOT_DEPLOYABLE', 'the selected resource is already committed')
if int(resource.get('fuel_or_supply_percent') or 0) < 30:
return self._error('assign_resource_to_incident', 'RESOURCE_LOW_SUPPLY', 'the selected resource is below dispatch reserve')
authorized_owner_type = self._policy(order['incident_type'], order['mission_class'])
if agency.get('agency_type') != authorized_owner_type:
return self._error('assign_resource_to_incident', 'COORDINATION_POLICY_REJECTED', 'the selected roster candidate is not authorized for this incident and mission cell')
return None
def _emergency_response_permission_successor_cost_2(self, tool, arguments):
if tool == 'inspect_dispatch_roster':
return 22
return self._emergency_response_permission_successor_cost_3(tool, arguments)
def _emergency_response_permission_successor_dispatch_3(self, tool, arguments, actor='incident_dispatcher'):
result = self._emergency_response_permission_successor_dispatch_5(tool, arguments, actor)
if actor == 'incident_dispatcher' and tool == 'get_resource_unit_status' and (result.get('content', {}).get('status') == 'success'):
data = result['content']['data']
self.issued_assignment_handles.update((row['assignment_id'] for row in data.get('assignment_history', []) if row['resource_id'] == data['resource']['resource_id']))
if self.receipts and self.receipts[-1]['index'] == result.get('receipt_index'):
self.receipts[-1]['after_hash'] = self.semantic_hash()
return result
def _emergency_response_permission_successor_init_2(self, source=CASE_DIR / 'raw', snapshot=None):
self._emergency_response_permission_successor_init_3(source=source)
self.initial_budget = 104
self.remaining = 104
self.resolved_order_handles: set[str] = set()
self.issued_resource_handles: set[str] = set()
self.issued_assignment_handles: set[str] = set()
self.authority_bindings: dict[str, str] = {}
if snapshot is not None:
self.restore(snapshot)
def _emergency_response_permission_successor_custom_read_2(self, tool, arguments):
result = self._emergency_response_permission_successor_custom_read_3(tool, arguments)
if result.get('content', {}).get('status') != 'success':
return result
if tool == 'get_dispatch_order':
order = result['content']['data']['order']
source = self.orders[arguments['order_id']]
order.pop('lead_agency_id', None)
order['responsibility_domain'] = source['responsibility_domain']
elif tool == 'inspect_dispatch_roster':
self.roster_observations.add(arguments['roster_id'])
return result
def _emergency_response_permission_successor_dispatch_4(self, tool, arguments, actor='incident_dispatcher'):
result = self._emergency_dispatch_adapter_dispatch(tool, arguments, actor)
if tool == 'get_incident_detail' and result.get('content', {}).get('status') == 'success':
self.incident_observations.add(arguments['incident_id'])
if tool == 'assign_resource_to_incident' and result.get('content', {}).get('status') == 'success':
atom = self._atom_for_order(arguments['dispatch_order_id'])
order = self.orders[arguments['dispatch_order_id']]
if self.responsibility_changed and atom in DATA_CHANGED_AUTHORITY_ATOMS_2 and (order['order_id'] in self.order_observations) and (order['incident_id'] in self.incident_observations):
self.confirmed_authority_atoms.add(atom)
return result
def _emergency_confirmation_snapshot(self):
snapshot = self._emergency_response_permission_successor_snapshot()
snapshot['confirmation_contract'] = 'emergency-own-release-confirmation/v1'
snapshot['permission']['tool_surface_sha256'] = fn__digest(DATA_PROVIDER_TOOLS)
return snapshot
def _emergency_confirmation_restore(self, snapshot):
if not isinstance(snapshot, dict) or snapshot.get('confirmation_contract') != 'emergency-own-release-confirmation/v1':
raise ValueError('Emergency confirmation contract differs')
self._emergency_response_permission_successor_restore(snapshot)
def _emergency_response_permission_successor_cost_3(self, tool, arguments):
if tool in {'get_dispatch_order', 'get_incident_detail'}:
return 2
return self._emergency_dispatch_adapter_cost(tool, arguments)
def _emergency_response_permission_successor_dispatch_5(self, tool, arguments, actor='incident_dispatcher'):
order = None
atom = None
if tool == 'assign_resource_to_incident' and isinstance(arguments, dict):
order = self.orders.get(arguments.get('dispatch_order_id', ''))
atom = fn_authority_atom(order) if order is not None else None
result = self._emergency_response_permission_successor_dispatch_6(tool, arguments, actor)
changed = False
if tool == 'get_incident_detail' and isinstance(arguments, dict) and (result.get('content', {}).get('status') == 'success'):
incident = result['content']['data']['incident']
order = next((row for row in self.orders.values() if row['incident_id'] == incident['incident_id']), None)
if order is not None:
atom = fn_authority_atom(order)
full_history = arguments.get('include_history', True)
result['content']['data']['authority_evidence'] = {'source': 'command_history' if full_history else 'dispatch_summary', 'freshness': 'current_reconciled' if full_history else 'not_reconciled'}
state = self.authority_revalidation.get(atom)
if atom in DATA_CHANGED_AUTHORITY_ATOMS and state in {'awaiting_exact_stale', 'awaiting_full_history'}:
if full_history:
self.authority_revalidation[atom] = 'ready_current'
else:
incident['lead_agency_id'] = DATA_PRE_RESPONSIBLE_AGENCY[atom]
self.authority_bindings[order['responsibility_domain']] = DATA_PRE_RESPONSIBLE_AGENCY[atom]
changed = True
elif tool == 'assign_resource_to_incident' and order is not None and (atom in DATA_CHANGED_AUTHORITY_ATOMS):
status = result.get('content', {}).get('status')
if status == 'error' and self._exact_stale_conflict(arguments, order):
self.authority_revalidation[atom] = 'awaiting_full_history'
changed = True
elif status == 'success' and self.authority_revalidation.get(atom) == 'ready_current':
self.authority_revalidation[atom] = 'validated'
changed = True
if changed and self.receipts and (self.receipts[-1]['index'] == result.get('receipt_index')):
self.receipts[-1]['after_hash'] = self.semantic_hash()
return result
def _emergency_response_permission_successor_init_3(self, source=CASE_DIR / 'raw', snapshot=None):
self._emergency_response_permission_successor_init_4(source=source)
self.roster_observations: set[str] = set()
self.resource_observations: set[str] = set()
if snapshot is not None:
self.restore(snapshot)
def _emergency_response_permission_successor_custom_read_3(self, tool, arguments):
result = self._emergency_dispatch_adapter_custom_read(tool, arguments)
if tool == 'get_dispatch_order' and result.get('content', {}).get('status') == 'success':
self.order_observations.add(arguments['order_id'])
return result
def _emergency_dispatch_adapter_dispatch(self, tool, arguments, actor='incident_dispatcher'):
if actor != 'incident_dispatcher':
return self._error(tool, 'ROLE_FORBIDDEN', 'actor is not an incident dispatcher')
if tool not in DATA_ALLOWED_TOOLS:
return self._error(tool, 'TOOL_FORBIDDEN', 'tool is outside the dispatcher slice')
cost = self._cost(tool, arguments)
if self.remaining < cost:
return self._error(tool, 'WORK_QUOTA_EXHAUSTED', 'insufficient API-work quota')
validation_error = fn__validate_arguments(tool, arguments)
before_hash = self.semantic_hash()
if validation_error is not None:
self.remaining -= cost
return self._record(tool, actor, arguments, cost, before_hash, self._error(tool, 'INVALID_ARGUMENTS', validation_error, cost))
if tool == 'assign_resource_to_incident':
guarded = self._assignment_guard(arguments)
if guarded is not None:
self.remaining -= cost
return self._record(tool, actor, arguments, cost, before_hash, guarded)
self.remaining -= cost
if tool in DATA_CUSTOM_COSTS:
result = self._custom_read(tool, arguments)
return self._record(tool, actor, arguments, cost, before_hash, result)
raw_arguments = mod_copy.deepcopy(arguments)
order_id = raw_arguments.pop('dispatch_order_id', None)
raw_arguments.pop('required_capability', None)
try:
raw_result = self.server.call_tool(tool, state_manager=self.manager, **raw_arguments)
except Exception:
raw_result = None
result = fn__sanitize_raw_result(tool, raw_result)
if tool == 'assign_resource_to_incident' and result.get('content', {}).get('status') == 'success':
assignment_id = result['content']['data']['assignment_id']
order = self.orders[order_id]
self.manager.update_entity('resource_assignment', assignment_id, {'dispatch_order_id': order_id, 'coordination_cell': order['rule_atom'], 'required_capability': order['required_capability'], 'authorized_owner_type': self._policy(order['incident_type'], order['mission_class'])})
result['content']['data'].update(dispatch_order_id=order_id, coordination_cell=order['rule_atom'])
return self._record(tool, actor, arguments, cost, before_hash, result)
def _emergency_response_permission_successor_snapshot(self):
snapshot = self._emergency_response_permission_successor_snapshot_2()
snapshot['schema'] = 'rescopebench-emergency-response-permission-snapshot/v7.4'
snapshot['schedule_version'] = 'emergency-response-permission-v7.4'
return snapshot
def _emergency_response_permission_successor_restore(self, snapshot):
if not isinstance(snapshot, dict) or snapshot.get('schema') != 'rescopebench-emergency-response-permission-snapshot/v7.4' or snapshot.get('schedule_version') != 'emergency-response-permission-v7.4':
raise ValueError('Unsupported Emergency Response v7.4 snapshot')
(activated, receipts, permission) = (snapshot.get(k) for k in ('activated_tasks', 'receipts', 'permission'))
if not isinstance(activated, list) or activated != list(DATA_TASK_IDS[:len(activated)]) or (not isinstance(receipts, list)) or (len(receipts) > 1024) or (not isinstance(permission, dict)) or (type(permission.get('responsibility_changed')) is not bool):
raise ValueError('Malformed Emergency Response v7.4 replay input')
if any((not isinstance(r, dict) or r.get('tool') not in DATA_VISIBLE_TOOL_NAMES or r.get('actor') != 'incident_dispatcher' or (not isinstance(r.get('arguments'), dict)) for r in receipts)):
raise ValueError('Malformed Emergency Response v7.4 receipt')
replay = type(self)(source=self._source)
try:
cursor = 0
for task_id in activated:
drift = False if task_id == 'T09' and (not permission['responsibility_changed']) else None
replay.activate_task(task_id, evaluator_apply_scheduled_drift=drift)
while cursor < len(receipts) and receipts[cursor].get('task_id') == task_id:
receipt = receipts[cursor]
count = len(replay.receipts)
replay.dispatch(receipt['tool'], ext_deepcopy(receipt['arguments']), receipt['actor'])
if len(replay.receipts) != count + 1 or replay.receipts[-1] != receipt:
raise ValueError('Emergency Response v7.4 receipt replay diverged')
cursor += 1
if cursor != len(receipts) or replay.snapshot() != snapshot:
raise ValueError('Emergency Response v7.4 canonical replay diverged')
finally:
replay.close()
self._restore_unchecked(snapshot)
if self.snapshot() != snapshot:
raise ValueError('Emergency Response v7.4 snapshot did not round trip')
def _emergency_dispatch_adapter_cost(self, tool, arguments):
if tool in DATA_CUSTOM_COSTS:
return DATA_CUSTOM_COSTS[tool]
if tool in DATA_RAW_LIST_TOOLS:
return 2 + fn__bounded_limit(arguments)
if tool in DATA_RAW_DETAIL_TOOLS:
return 1
return DATA_WRITE_COSTS[tool]
def _emergency_response_permission_successor_dispatch_6(self, tool, arguments, actor='incident_dispatcher'):
if actor == 'incident_dispatcher' and tool not in DATA_VISIBLE_TOOL_NAMES_2:
return self._error(tool, 'TOOL_FORBIDDEN', 'tool is outside the public dispatcher slice')
if actor == 'incident_dispatcher' and tool in {'get_incident_detail', 'get_resource_unit_status', 'release_resource_assignment'} and (fn__validate_arguments(tool, arguments) is None):
if tool == 'get_incident_detail':
issued_incidents = {self.orders[order_id]['incident_id'] for order_id in self.order_observations}
if arguments['incident_id'] not in issued_incidents:
return self._charged_evidence_error(tool, arguments, 'INCIDENT_HANDLE_UNOBSERVED', 'read the dispatch order before using its incident handle')
elif tool == 'get_resource_unit_status' and arguments['resource_id'] not in self.issued_resource_handles:
return self._charged_evidence_error(tool, arguments, 'RESOURCE_HANDLE_UNOBSERVED', 'inspect a dispatch roster before using its resource handle')
elif tool == 'release_resource_assignment' and arguments['assignment_id'] not in self.issued_assignment_handles:
return self._charged_evidence_error(tool, arguments, 'ASSIGNMENT_HANDLE_UNOBSERVED', 'release only an assignment returned in the current episode')
result = self._emergency_response_permission_successor_dispatch_2(tool, arguments, actor)
if actor != 'incident_dispatcher' or result.get('content', {}).get('status') != 'success':
return result
if tool == 'get_incident_detail':
incident = result['content']['data']['incident']
order = next((row for (order_id, row) in self.orders.items() if order_id in self.order_observations and row['incident_id'] == incident['incident_id']))
self.authority_bindings[order['responsibility_domain']] = incident['lead_agency_id']
elif tool == 'assign_resource_to_incident':
self.issued_assignment_handles.add(result['content']['data']['assignment_id'])
return result
def _emergency_response_permission_successor_init_4(self, source=CASE_DIR / 'raw', snapshot=None):
self._emergency_response_permission_successor_init_5(source=source)
if snapshot is not None:
self.restore(snapshot)
def _emergency_dispatch_adapter_custom_read(self, tool, arguments):
if tool == 'search_dispatch_orders':
code = arguments['request_code'].strip().lower()
order_id = self.orders_by_code.get(code)
rows = [] if order_id is None else [{'request_code': self.orders[order_id]['request_code'], 'order_id': order_id, 'status': 'open'}]
return fn__tool_result(tool, {'total_count': len(rows), 'orders': rows})
if tool == 'get_dispatch_order':
order = self.orders.get(arguments['order_id'])
if order is None:
return self._error(tool, 'DISPATCH_ORDER_NOT_FOUND', 'no active dispatch order matches order_id')
fields = ('request_code', 'order_id', 'incident_id', 'incident_type', 'mission_class', 'required_capability', 'mission', 'lead_agency_id', 'dispatch_priority', 'roster_id')
return fn__tool_result(tool, {'order': {field: order[field] for field in fields}})
if tool == 'inspect_dispatch_roster':
candidates = self.rosters.get(arguments['roster_id'])
if candidates is None:
return self._error(tool, 'DISPATCH_ROSTER_NOT_FOUND', 'no active dispatch roster matches roster_id')
fields = ('resource_id', 'owning_agency_id', 'owning_agency_type', 'resource_type', 'capability_tags', 'status', 'current_incident_id', 'staging_location', 'fuel_or_supply_percent')
return fn__tool_result(tool, {'candidates': [{field: row[field] for field in fields} for row in candidates]})
incident_type = arguments['incident_type']
mission_class = arguments['mission_class']
return fn__tool_result(tool, {'incident_type': incident_type, 'mission_class': mission_class, 'authorized_owner_type': self._policy(incident_type, mission_class), 'policy_version': self.policy_version})
def _emergency_response_permission_successor_snapshot_2(self):
snapshot = self._emergency_response_permission_successor_snapshot_3()
snapshot['schema'] = 'rescopebench-emergency-response-permission-snapshot/v7.3'
snapshot['schedule_version'] = 'emergency-response-permission-v7.3'
snapshot['permission']['tool_surface_sha256'] = '93712b33cffcabf42d15afc865efe4b0f33b89f46c323071cdda22fe2b0b41b2'
return snapshot
def _emergency_response_permission_successor_init_5(self, source=CASE_DIR / 'raw', snapshot=None):
source = ext_Path(source).resolve()
self._stream_bootstrap = False
self._activated_tasks = []
self.server = fn__isolated_server(source)
self.manager = self.server.get_state_manager()
self.manager.db._flush = lambda _entity_type: None
self.initial_budget = 74
self.remaining = 74
self.receipts = []
self.applied_boundary_events = set()
self.policy_version = 'fixed'
self.active_task_id = ''
self.orders = {}
self.orders_by_code = {}
self.rosters = {}
self._active_receipt_start = 0
self.responsibility_changed = False
self.order_observations: set[str] = set()
self.incident_observations: set[str] = set()
self.confirmed_authority_atoms: set[str] = set()
if snapshot is not None:
self.restore(snapshot)
def _emergency_response_permission_successor_snapshot_3(self):
value = self._emergency_response_permission_successor_snapshot_4()
value['schema'] = 'rescopebench-emergency-response-permission-snapshot/v7'
value['schedule_version'] = 'emergency-response-permission-v7.1'
value['permission']['tool_surface_sha256'] = 'c6f98989b4f91cb55f32b9131cd9c858dc2fc4d3f21b7078227adfe8f508bd48'
value['permission']['authority_revalidation'] = dict(sorted(self.authority_revalidation.items()))
return value
def _emergency_response_permission_successor_snapshot_4(self):
value = self._emergency_response_permission_successor_snapshot_5()
value['schema'] = 'rescopebench-emergency-response-permission-snapshot/v6'
value['schedule_version'] = 'emergency-response-permission-v6'
value['permission']['tool_surface_sha256'] = 'fea5842206db73dbf129acb407adb35767f35e3e37e12c9bb2613ed3f56cb66e'
value['permission']['resolved_order_handles'] = sorted(self.resolved_order_handles)
value['permission']['issued_resource_handles'] = sorted(self.issued_resource_handles)
value['permission']['issued_assignment_handles'] = sorted(self.issued_assignment_handles)
value['permission']['authority_bindings'] = dict(sorted(self.authority_bindings.items()))
return value
def _emergency_response_permission_successor_snapshot_5(self):
value = self._emergency_response_permission_successor_snapshot_6()
value['schema'] = 'rescopebench-emergency-response-permission-snapshot/v4'
value['schedule_version'] = 'emergency-response-permission-v4'
value['permission']['roster_observations'] = sorted(self.roster_observations)
value['permission']['resource_observations'] = sorted(self.resource_observations)
return value
def _emergency_response_permission_successor_snapshot_6(self):
value = self._emergency_response_permission_successor_snapshot_7()
value['schema'] = 'rescopebench-emergency-response-permission-snapshot/v3'
value['schedule_version'] = 'emergency-response-permission-v3'
return value
def _emergency_response_permission_successor_snapshot_7(self):
value = self._persistent_emergency_dispatch_adapter_snapshot()
value['schema'] = 'rescopebench-emergency-response-permission-snapshot/v2'
value['permission'] = {'responsibility_changed': self.responsibility_changed, 'order_observations': sorted(self.order_observations), 'incident_observations': sorted(self.incident_observations), 'confirmed_authority_atoms': sorted(self.confirmed_authority_atoms), 'tool_surface_sha256': fn_digest(DATA_PROVIDER_TOOLS_2)}
return value
def _persistent_emergency_dispatch_adapter_snapshot(self):
value = self._emergency_dispatch_adapter_snapshot()
value.update({'schema': 'rescopebench-emergency-response-stream-snapshot/v1', 'activated_tasks': list(self._activated_tasks), 'active_receipt_start': self._active_receipt_start})
return value
def _emergency_dispatch_adapter_snapshot(self):
return {'raw': mod_copy.deepcopy(self.manager.snapshot()), 'db_id_counters': mod_copy.deepcopy(self.manager.db._id_counters), 'remaining': self.remaining, 'receipts': mod_copy.deepcopy(self.receipts), 'applied_boundary_events': sorted(self.applied_boundary_events), 'policy_version': self.policy_version, 'active_task_id': self.active_task_id}
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