F5 · Inventario operativo, territorio y catálogo autorizado (#25)

* fix(web): simplify inventory administration menu

* fix(web): remove legacy imports and function catalog routes

* fix(web): remove redundant inspections lifecycle legend

* feat(inventory): distinguish physical instances from structural records

* fix(dashboard): align inventory and act follow-up metrics

* fix(web): align dashboard summary contract

* fix(web): clarify dashboard act and report concepts

* feat(inventory): mark field-created records as real instances

* feat(inventory): map physical instance flag on asset entity

* fix(inventory): keep field yacimientos structural

* feat(inventory): classify future concrete instances at database level

* fix(inventory): count only installation and subinstallation instances

* feat(inventory): add authoritative F5 source snapshot

* feat(inventory): preload authoritative territory model

* feat(inventory): preload authoritative technical catalog

* fix(findings): use only authoritative F5 family catalog

* fix(inventory): preserve non-hierarchical operator snapshot compatibility

* feat(inventory): add inventory-only asset filter

* feat(inventory): add inventory-only tree filter

* feat(inventory): add inventory browser query contract

* feat(inventory): add area-owned inventory browser

* feat(inventory): expose area-owned inventory browser

* refactor(inventory): remove function catalog and add inventory browser

* fix(inventory): make operator relation temporal and non-owning

* feat(web): add inventory browser API client

* feat(inventory): extend inventory browser filters

* feat(inventory): add real inventory list endpoint logic

* feat(inventory): expose real inventory list

* feat(web): add real inventory list client

* refactor(web): make inventory hierarchy area-owned

* fix(web): show only real inventory instances

* fix(web): style act follow-up tabs and F5 inventory context

* fix(web): load F5 flow styles

* fix(inventory): apply area-owned operational guard on F5 up

* fix(inventory): treat company on asset as non-owning creation snapshot

* fix(inventory): resolve field inventory by area hierarchy, not company ownership

* fix(inventory): preserve custom catalog and apply authoritative universal findings

* fix(inventory): harden authoritative catalog migration checks

* fix(inventory): make authoritative territory preload safely reversible

* feat(inventory): allow independent company master creation

* fix(inventory): make guided creation area-owned and support companies

* feat(web): expose independent company master in inventory setup

* feat(web): create companies independently from physical inventory hierarchy

* fix(inventory): merge by physical area and preserve sealed documents

* test(inventory): lock F5 authoritative model and merge invariants

* feat(inventory): add family administration DTOs

* feat(inventory): administer installation and subinstallation classifications

* feat(inventory): expose family classification administration

* feat(web): add inventory classification administration API

* fix(web): configure finding applicability by inventory classification

* fix(web): redefine inventory configuration around hierarchy classifications and columns

* chore(release): identify F5 inventory model

* chore(release): bump API for F5 inventory model

* test(release): expect F5 health metadata

* chore(release): align WEB package with F5 inventory cut

* chore(release): expose F5 WEB phase

* test(dashboard): expect inspector activity and act follow-up metrics

* test(dashboard): route F5 summary query mocks explicitly

* ci: rehearse all migrations on clean PostGIS before merge

* ci: prove F5 migrations revert and reapply cleanly

* test(f5): align operational navigation contract

* test(f5): align operator lifecycle with area-owned inventory

* test(f5): make merge compatibility area-based

* test(f5): distinguish literal and normalized yacimiento counts

* test(f5): model normalized yacimiento collision explicitly

* ci(f5): bootstrap historical admin prerequisite in clean migration rehearsal

* ci(f5): bypass irreversible historical reset in clean rehearsal

* fix(f5): make territory SQL parameter types explicit

* fix(f5): guarantee canonical inventory hierarchy before territory preload

* ci(f5): include canonical hierarchy migration in rollback gate

* fix(f5): type relation backup markers explicitly

* fix(f5): make catalog SQL text parameter types explicit
This commit is contained in:
2026-09-08 23:18:15 -03:00
committed by GitHub
parent 1dc3282055
commit 35d4630581
49 changed files with 3988 additions and 669 deletions
@@ -57,6 +57,9 @@ export class Asset extends TimestampedEntity {
@Column({ name: 'inventory_family_id', type: 'uuid', nullable: true })
inventoryFamilyId!: string | null;
@Column({ name: 'is_inventory_instance', type: 'boolean', default: false })
isInventoryInstance!: boolean;
@Column({ type: 'varchar', length: 120 })
code!: string;
@@ -0,0 +1,52 @@
import { MigrationInterface, QueryRunner } from 'typeorm';
export class F5InventoryPhysicalInstance1790087100000 implements MigrationInterface {
name = 'F5InventoryPhysicalInstance1790087100000';
public async up(queryRunner: QueryRunner): Promise<void> {
await queryRunner.query(`
ALTER TABLE assets
ADD COLUMN is_inventory_instance boolean NOT NULL DEFAULT false
`);
await queryRunner.query(`
CREATE INDEX idx_assets_inventory_instance_active
ON assets (is_inventory_instance, information_status)
WHERE is_inventory_instance = true
`);
await queryRunner.query(`
COMMENT ON COLUMN assets.is_inventory_instance IS
'True only for a concrete Instalacion/Subinstalacion instance. Empresa, Area and Yacimiento are structural/context masters.'
`);
await queryRunner.query(`
CREATE OR REPLACE FUNCTION classify_new_asset_inventory_instance()
RETURNS trigger
LANGUAGE plpgsql
AS $$
DECLARE
type_code varchar;
BEGIN
SELECT lower(code)
INTO type_code
FROM asset_types
WHERE id = NEW.asset_type_id;
NEW.is_inventory_instance := COALESCE(type_code, '') IN ('instalacion', 'subinstalacion');
RETURN NEW;
END;
$$
`);
await queryRunner.query(`
CREATE TRIGGER trg_assets_classify_inventory_instance
BEFORE INSERT OR UPDATE OF asset_type_id ON assets
FOR EACH ROW EXECUTE FUNCTION classify_new_asset_inventory_instance()
`);
}
public async down(queryRunner: QueryRunner): Promise<void> {
await queryRunner.query('DROP TRIGGER IF EXISTS trg_assets_classify_inventory_instance ON assets');
await queryRunner.query('DROP FUNCTION IF EXISTS classify_new_asset_inventory_instance()');
await queryRunner.query('DROP INDEX IF EXISTS idx_assets_inventory_instance_active');
await queryRunner.query('ALTER TABLE assets DROP COLUMN IF EXISTS is_inventory_instance');
}
}
@@ -0,0 +1,192 @@
import { MigrationInterface, QueryRunner } from 'typeorm';
type TypeRow = {
id: string;
code: string;
role: string;
active: boolean;
canBeRoot: boolean;
};
type RuleRow = {
childTypeId: string;
parentTypeId: string;
};
type CountRow = { total: number };
const CREATED_TYPES_TABLE = 'f5_canonical_hierarchy_created_types';
const CREATED_RULES_TABLE = 'f5_canonical_hierarchy_created_rules';
const CANONICAL_TYPES = [
{
code: 'yacimiento',
name: 'Yacimiento',
description: 'Yacimiento perteneciente a un Área.',
},
{
code: 'instalacion',
name: 'Instalación',
description: 'Instancia física de una Instalación dentro de un Yacimiento.',
},
{
code: 'subinstalacion',
name: 'Subinstalación',
description: 'Instancia física subordinada a una Instalación.',
},
] as const;
const CANONICAL_RULES = [
['yacimiento', 'area'],
['instalacion', 'yacimiento'],
['subinstalacion', 'instalacion'],
] as const;
export class F5CanonicalInventoryHierarchy1790087150000 implements MigrationInterface {
name = 'F5CanonicalInventoryHierarchy1790087150000';
public async up(queryRunner: QueryRunner): Promise<void> {
await queryRunner.query(`
CREATE TABLE ${CREATED_TYPES_TABLE} (
type_id uuid PRIMARY KEY,
code varchar(80) NOT NULL UNIQUE,
created_at timestamptz NOT NULL DEFAULT CURRENT_TIMESTAMP,
CONSTRAINT fk_f5_canonical_created_type FOREIGN KEY (type_id)
REFERENCES asset_types(id) ON DELETE CASCADE
)
`);
await queryRunner.query(`
CREATE TABLE ${CREATED_RULES_TABLE} (
child_type_id uuid NOT NULL,
parent_type_id uuid NOT NULL,
created_at timestamptz NOT NULL DEFAULT CURRENT_TIMESTAMP,
PRIMARY KEY (child_type_id,parent_type_id),
CONSTRAINT fk_f5_canonical_created_rule_child FOREIGN KEY (child_type_id)
REFERENCES asset_types(id) ON DELETE CASCADE,
CONSTRAINT fk_f5_canonical_created_rule_parent FOREIGN KEY (parent_type_id)
REFERENCES asset_types(id) ON DELETE CASCADE
)
`);
const area = await this.requireType(queryRunner, 'area');
if (area.role !== 'AREA' || !area.active || !area.canBeRoot) {
throw new Error('F5 requires canonical active root type area with AREA operational role');
}
for (const definition of CANONICAL_TYPES) {
const inserted = (await queryRunner.query(`
INSERT INTO asset_types(code,name,description,can_be_root,is_active,operational_role)
SELECT $1::varchar,$2::varchar,$3::text,false,true,'GENERIC'
WHERE NOT EXISTS (
SELECT 1 FROM asset_types WHERE lower(code)=lower($1::varchar)
)
RETURNING id,code,operational_role AS role,is_active AS active,can_be_root AS "canBeRoot"
`, [definition.code, definition.name, definition.description])) as TypeRow[];
if (inserted[0]?.id) {
await queryRunner.query(`
INSERT INTO ${CREATED_TYPES_TABLE}(type_id,code)
VALUES ($1::uuid,$2::varchar)
`, [inserted[0].id, definition.code]);
}
const type = await this.requireType(queryRunner, definition.code);
if (type.role !== 'GENERIC' || !type.active || type.canBeRoot) {
throw new Error(`F5 incompatible canonical type configuration: ${definition.code}`);
}
}
for (const [childCode, parentCode] of CANONICAL_RULES) {
const inserted = (await queryRunner.query(`
INSERT INTO asset_type_parent_rules(child_type_id,parent_type_id)
SELECT child.id,parent.id
FROM asset_types child CROSS JOIN asset_types parent
WHERE lower(child.code)=lower($1::varchar)
AND lower(parent.code)=lower($2::varchar)
AND NOT EXISTS (
SELECT 1 FROM asset_type_parent_rules existing
WHERE existing.child_type_id=child.id AND existing.parent_type_id=parent.id
)
RETURNING child_type_id AS "childTypeId",parent_type_id AS "parentTypeId"
`, [childCode, parentCode])) as RuleRow[];
if (inserted[0]?.childTypeId && inserted[0]?.parentTypeId) {
await queryRunner.query(`
INSERT INTO ${CREATED_RULES_TABLE}(child_type_id,parent_type_id)
VALUES ($1::uuid,$2::uuid)
`, [inserted[0].childTypeId, inserted[0].parentTypeId]);
}
}
const [verified] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM asset_type_parent_rules rule
JOIN asset_types child ON child.id=rule.child_type_id
JOIN asset_types parent ON parent.id=rule.parent_type_id
WHERE (lower(child.code)='yacimiento' AND lower(parent.code)='area')
OR (lower(child.code)='instalacion' AND lower(parent.code)='yacimiento')
OR (lower(child.code)='subinstalacion' AND lower(parent.code)='instalacion')
`)) as CountRow[];
if (Number(verified?.total ?? 0) !== 3) {
throw new Error(`F5 canonical hierarchy verification failed: rules=${Number(verified?.total ?? 0)}`);
}
}
public async down(queryRunner: QueryRunner): Promise<void> {
const [usedCreatedTypes] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM assets asset
JOIN ${CREATED_TYPES_TABLE} owned ON owned.type_id=asset.asset_type_id
`)) as CountRow[];
if (Number(usedCreatedTypes?.total ?? 0) !== 0) {
throw new Error('Cannot safely rollback F5 canonical hierarchy: an F5-created type is already used by Inventory');
}
const [foreignRules] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM asset_type_parent_rules rule
WHERE (
rule.child_type_id IN (SELECT type_id FROM ${CREATED_TYPES_TABLE})
OR rule.parent_type_id IN (SELECT type_id FROM ${CREATED_TYPES_TABLE})
)
AND NOT EXISTS (
SELECT 1 FROM ${CREATED_RULES_TABLE} owned
WHERE owned.child_type_id=rule.child_type_id
AND owned.parent_type_id=rule.parent_type_id
)
`)) as CountRow[];
if (Number(foreignRules?.total ?? 0) !== 0) {
throw new Error('Cannot safely rollback F5 canonical hierarchy: an F5-created type gained external parent rules');
}
await queryRunner.query(`
DELETE FROM asset_type_parent_rules rule
USING ${CREATED_RULES_TABLE} owned
WHERE rule.child_type_id=owned.child_type_id
AND rule.parent_type_id=owned.parent_type_id
`);
await queryRunner.query(`
DELETE FROM asset_types type
USING ${CREATED_TYPES_TABLE} owned
WHERE type.id=owned.type_id
`);
await queryRunner.query(`DROP TABLE ${CREATED_RULES_TABLE}`);
await queryRunner.query(`DROP TABLE ${CREATED_TYPES_TABLE}`);
}
private async requireType(queryRunner: QueryRunner, code: string): Promise<TypeRow> {
const rows = (await queryRunner.query(`
SELECT id,code,operational_role AS role,is_active AS active,can_be_root AS "canBeRoot"
FROM asset_types
WHERE lower(code)=lower($1::varchar)
ORDER BY created_at
`, [code])) as TypeRow[];
if (rows.length !== 1) {
throw new Error(`F5 requires exactly one canonical asset type ${code}; found ${rows.length}`);
}
return rows[0];
}
}
@@ -0,0 +1,602 @@
import { createHash } from 'node:crypto';
import { MigrationInterface, QueryRunner } from 'typeorm';
import { loadF5InventoryAuthoritativeSource } from '../../reference-data/f5-authoritative-inventory-source';
type IdRow = { id: string };
type CountRow = { total: number };
const TERRITORY_DOCUMENT_NUMBER = 'DH-F5-TERRITORY';
const TERRITORY_SOURCE_NAME = 'Tablas de yacimiento y areas.xlsx';
const BACKUP_TABLE = 'f5_territory_relation_backups';
function key(value: string): string {
return value.normalize('NFD')
.replace(/[\u0300-\u036f]/g, '')
.toLowerCase()
.replace(/[^a-z0-9]+/g, ' ')
.trim()
.replace(/\s+/g, ' ');
}
function code(prefix: string, value: string, length = 12): string {
return `${prefix}-${createHash('sha1').update(value).digest('hex').slice(0, length).toUpperCase()}`;
}
function uniqueBy<T>(values: T[], identity: (value: T) => string): T[] {
const seen = new Set<string>();
const output: T[] = [];
for (const value of values) {
const id = identity(value);
if (seen.has(id)) continue;
seen.add(id);
output.push(value);
}
return output;
}
export class F5AuthoritativeTerritory1790087200000 implements MigrationInterface {
name = 'F5AuthoritativeTerritory1790087200000';
public async up(queryRunner: QueryRunner): Promise<void> {
const source = loadF5InventoryAuthoritativeSource();
if (
source.areaSource.file !== TERRITORY_SOURCE_NAME
|| source.areaSource.sheet !== 'cr26e_tabla1'
|| source.areaSource.sha256 !== '8260fcadebbcd631a4c95260d0a67c3ecb28d497b32decb02a1c0847be5afa78'
|| source.areaSource.rows.length !== 230
) {
throw new Error('F5 territory source contract mismatch');
}
const rows = source.areaSource.rows;
const areaRows = uniqueBy(rows, (row) => key(row.area));
const pairRows = uniqueBy(rows, (row) => `${key(row.area)}|${key(row.yacimiento)}`);
if (areaRows.length !== 64 || pairRows.length !== 230) {
throw new Error(`F5 territory cardinality mismatch: areas=${areaRows.length}, pairs=${pairRows.length}`);
}
// Every Area must have one unambiguous source context. The workbook is the
// only authority for this preload; conflicting rows must abort the migration.
for (const areaRow of areaRows) {
const sameArea = rows.filter((row) => key(row.area)===key(areaRow.area));
const dimensions = [
new Set(sameArea.map((row) => key(row.departamento))),
new Set(sameArea.map((row) => key(row.tipoConcesion))),
new Set(sameArea.map((row) => key(row.empresaOperadora))),
];
if (dimensions.some((values) => values.size !== 1)) {
throw new Error(`F5 territory source has conflicting Area context: ${areaRow.area}`);
}
}
await this.assertCanonicalTypesAndRules(queryRunner);
await this.installHierarchyGuard(queryRunner);
await this.ensureBackupTable(queryRunner);
const preExistingDocument = await this.optionalId(
queryRunner,
`SELECT id FROM source_documents WHERE document_number=$1 AND issuer='Dirección de Hidrocarburos' LIMIT 1`,
[TERRITORY_DOCUMENT_NUMBER],
);
if (preExistingDocument) {
throw new Error('F5 territory source document already exists before migration');
}
const insertedDocument = (await queryRunner.query(`
INSERT INTO source_documents (
document_type, document_number, title, issuer, external_reference, notes
) VALUES ('SPREADSHEET',$1,$2,'Dirección de Hidrocarburos',$3,$4)
RETURNING id
`, [
TERRITORY_DOCUMENT_NUMBER,
TERRITORY_SOURCE_NAME,
`sha256:${source.areaSource.sha256}`,
`F5 · fuente territorial autorizada · hoja ${source.areaSource.sheet} · ${rows.length} filas`,
])) as IdRow[];
const sourceDocumentId = insertedDocument[0]?.id;
if (!sourceDocumentId) throw new Error('F5 could not create territory source document');
const companyTypeId = await this.id(
queryRunner,
`SELECT id FROM asset_types WHERE operational_role='COMPANY' AND is_active=true ORDER BY (lower(code)='empresa') DESC,created_at LIMIT 1`,
[],
'COMPANY asset type',
);
const areaTypeId = await this.id(
queryRunner,
`SELECT id FROM asset_types WHERE operational_role='AREA' AND is_active=true ORDER BY (lower(code)='area') DESC,created_at LIMIT 1`,
[],
'AREA asset type',
);
const fieldTypeId = await this.id(
queryRunner,
`SELECT id FROM asset_types WHERE lower(code)='yacimiento' AND is_active=true LIMIT 1`,
[],
'Yacimiento asset type',
);
const companyNames = [...new Set(rows.map((row) => row.empresaOperadora.trim()))]
.filter((name) => name && key(name) !== key('Sin Empresa Operadora'))
.sort((a, b) => a.localeCompare(b, 'es'));
const companyIds = new Map<string, string>();
for (const companyName of companyNames) {
const companyId = await this.ensureRootAsset(queryRunner, {
typeId: companyTypeId,
role: 'COMPANY',
code: code('F5-ORG', key(companyName)),
name: companyName,
sourceDocumentId,
sourceReference: `F5:TERRITORY:COMPANY:${code('SRC', key(companyName), 10)}`,
});
companyIds.set(key(companyName), companyId);
await queryRunner.query(`
INSERT INTO organization_profiles (asset_id,organization_kind,legal_name)
VALUES ($1::uuid,$2::organization_kind,$3)
ON CONFLICT (asset_id) DO NOTHING
`, [companyId, companyName.trim().toUpperCase().startsWith('UTE (') ? 'UTE' : 'COMPANY', companyName]);
}
const departmentIds = new Map<string, string>();
for (const departmentName of [...new Set(rows.map((row) => row.departamento.trim()))].sort((a,b)=>a.localeCompare(b,'es'))) {
const normalized = key(departmentName);
let departmentId = await this.optionalId(queryRunner, `
SELECT id FROM administrative_departments
WHERE province_code='MENDOZA' AND normalized_name=$1 AND is_active=true
LIMIT 1
`, [normalized]);
if (!departmentId) {
const inserted = (await queryRunner.query(`
INSERT INTO administrative_departments (
province_code,code,name,normalized_name,is_active,source_document_id
) VALUES ('MENDOZA',$1,$2,$3,true,$4::uuid)
RETURNING id
`, [code('F5-DEP', normalized, 10), departmentName, normalized, sourceDocumentId])) as IdRow[];
departmentId=inserted[0]?.id ?? null;
}
if (!departmentId) throw new Error(`F5 could not seed department ${departmentName}`);
departmentIds.set(normalized, departmentId);
}
const areaIds = new Map<string, string>();
for (const areaRow of areaRows) {
const areaId = await this.ensureRootAsset(queryRunner, {
typeId: areaTypeId,
role: 'AREA',
code: code('F5-AREA', key(areaRow.area)),
name: areaRow.area,
sourceDocumentId,
sourceReference: `F5:TERRITORY:AREA:${code('SRC', key(areaRow.area), 10)}`,
});
areaIds.set(key(areaRow.area), areaId);
const departmentId = departmentIds.get(key(areaRow.departamento));
if (!departmentId) throw new Error(`F5 missing department ${areaRow.departamento}`);
await this.backupAndCloseDepartmentRelations(queryRunner,areaId,departmentId);
await queryRunner.query(`
INSERT INTO area_department_relations (
area_id,department_id,valid_from,source_document_id,notes
)
SELECT $1::uuid,$2::uuid,CURRENT_DATE,$3::uuid,$4
WHERE NOT EXISTS (
SELECT 1 FROM area_department_relations
WHERE area_id=$1::uuid AND department_id=$2::uuid AND valid_until IS NULL
)
`, [
areaId,
departmentId,
sourceDocumentId,
`F5 · ${TERRITORY_SOURCE_NAME} · ${source.areaSource.sheet}`,
]);
const operatorId = companyIds.get(key(areaRow.empresaOperadora)) ?? null;
await this.backupAndCloseOperatorRelations(queryRunner,areaId,operatorId);
if (operatorId) {
await queryRunner.query(`
INSERT INTO area_company_relations (
area_id,company_id,relation_role,source_document_id,valid_from,start_reason
)
SELECT $1::uuid,$2::uuid,'OPERATOR',$3::uuid,CURRENT_TIMESTAMP,$4
WHERE NOT EXISTS (
SELECT 1 FROM area_company_relations
WHERE area_id=$1::uuid AND company_id=$2::uuid
AND relation_role='OPERATOR' AND valid_until IS NULL
)
`, [
areaId,
operatorId,
sourceDocumentId,
`F5 · operadora vigente según ${TERRITORY_SOURCE_NAME}`,
]);
}
const rightType = areaRow.tipoConcesion === 'Exploración'
? 'EXPLORATION_PERMIT'
: areaRow.tipoConcesion === 'Explotación'
? 'EXPLOITATION_CONCESSION'
: 'OTHER';
const rightName = `${areaRow.tipoConcesion} · ${areaRow.area}`;
await queryRunner.query(`
INSERT INTO area_legal_rights (
area_id,right_type,name,status,source_document_id,notes
)
SELECT $1::uuid,$2::area_legal_right_type,$3::varchar,'ACTIVE',$4::uuid,$5
WHERE NOT EXISTS (
SELECT 1 FROM area_legal_rights
WHERE area_id=$1::uuid
AND right_type=$2::area_legal_right_type
AND lower(btrim(name))=lower(btrim($3::varchar))
AND status IN ('ACTIVE','PENDING')
)
`, [
areaId,
rightType,
rightName,
sourceDocumentId,
`F5 · tipo de concesión tomado literalmente de ${TERRITORY_SOURCE_NAME}`,
]);
}
for (const row of pairRows) {
const areaId = areaIds.get(key(row.area));
if (!areaId) throw new Error(`F5 missing area ${row.area}`);
const sourceReference = `F5:TERRITORY:YAC:${code('SRC', `${key(row.area)}|${key(row.yacimiento)}`, 12)}`;
let yacimientoId = await this.optionalId(queryRunner, `
SELECT asset.id
FROM assets asset
JOIN asset_types type ON type.id=asset.asset_type_id
WHERE lower(type.code)='yacimiento'
AND asset.parent_id=$1::uuid
AND asset.information_status<>'INACTIVE'
AND lower(btrim(asset.name))=lower(btrim($2))
ORDER BY asset.created_at
LIMIT 1
`, [areaId, row.yacimiento]);
if (!yacimientoId) {
const inserted = (await queryRunner.query(`
INSERT INTO assets (
asset_type_id,parent_id,operational_area_id,operator_company_id,
code,name,description,information_status,operational_status,
data_origin,source_name,source_reference,source_notes,is_inventory_instance
) VALUES (
$1::uuid,$2::uuid,NULL,NULL,$3,$4,$5,'VALIDATED','UNKNOWN',
'PROVIDED_DOCUMENT',$6,$7,$8,false
) RETURNING id
`, [
fieldTypeId,
areaId,
code('F5-YAC', `${key(row.area)}|${key(row.yacimiento)}`),
row.yacimiento,
`Yacimiento del Área ${row.area}`,
TERRITORY_SOURCE_NAME,
sourceReference,
`${source.areaSource.sheet} · fila ${row.sourceRow}`,
])) as IdRow[];
yacimientoId = inserted[0]?.id ?? null;
}
if (!yacimientoId) throw new Error(`F5 could not seed yacimiento ${row.area} / ${row.yacimiento}`);
await this.linkSource(queryRunner, yacimientoId, sourceDocumentId, `Hoja ${source.areaSource.sheet} · fila ${row.sourceRow}`);
}
const [verification] = (await queryRunner.query(`
SELECT
COUNT(DISTINCT asset.id) FILTER (WHERE type.operational_role='AREA')::integer AS areas,
COUNT(DISTINCT asset.id) FILTER (WHERE lower(type.code)='yacimiento')::integer AS yacimientos
FROM asset_source_documents link
JOIN assets asset ON asset.id=link.asset_id
JOIN asset_types type ON type.id=asset.asset_type_id
WHERE link.document_id=$1::uuid
`, [sourceDocumentId])) as Array<{ areas: number; yacimientos: number }>;
if (Number(verification?.areas ?? 0) !== 64 || Number(verification?.yacimientos ?? 0) !== 230) {
throw new Error(`F5 territory preload verification failed: ${JSON.stringify(verification ?? {})}`);
}
}
public async down(queryRunner: QueryRunner): Promise<void> {
const sourceDocumentId = await this.optionalId(
queryRunner,
`SELECT id FROM source_documents WHERE document_number=$1 AND issuer='Dirección de Hidrocarburos' LIMIT 1`,
[TERRITORY_DOCUMENT_NUMBER],
);
if (!sourceDocumentId) {
await queryRunner.query('DROP TRIGGER IF EXISTS trg_f5_canonical_asset_hierarchy ON assets');
await queryRunner.query('DROP FUNCTION IF EXISTS enforce_f5_canonical_asset_hierarchy()');
await queryRunner.query(`DROP TABLE IF EXISTS ${BACKUP_TABLE}`);
return;
}
await this.assertRelationBackupsUnchanged(queryRunner);
await this.assertCreatedMastersUnused(queryRunner,sourceDocumentId);
await queryRunner.query(`DELETE FROM area_legal_rights WHERE source_document_id=$1::uuid`,[sourceDocumentId]);
// Remove relations created by F5 first so restoring the previously-active
// relation cannot violate active-relation uniqueness constraints.
await queryRunner.query(`DELETE FROM area_company_relations WHERE source_document_id=$1::uuid`,[sourceDocumentId]);
await queryRunner.query(`DELETE FROM area_department_relations WHERE source_document_id=$1::uuid`,[sourceDocumentId]);
await this.restoreRelationBackups(queryRunner);
await queryRunner.query(`DELETE FROM asset_source_documents WHERE document_id=$1::uuid`,[sourceDocumentId]);
await queryRunner.query(`DELETE FROM assets WHERE source_reference LIKE 'F5:TERRITORY:YAC:%'`);
await queryRunner.query(`DELETE FROM organization_profiles profile USING assets asset WHERE profile.asset_id=asset.id AND asset.source_reference LIKE 'F5:TERRITORY:COMPANY:%'`);
await queryRunner.query(`DELETE FROM assets WHERE source_reference LIKE 'F5:TERRITORY:COMPANY:%'`);
await queryRunner.query(`DELETE FROM assets WHERE source_reference LIKE 'F5:TERRITORY:AREA:%'`);
await queryRunner.query(`DELETE FROM administrative_departments WHERE source_document_id=$1::uuid`,[sourceDocumentId]);
await queryRunner.query(`DELETE FROM source_documents WHERE id=$1::uuid`,[sourceDocumentId]);
await queryRunner.query('DROP TRIGGER IF EXISTS trg_f5_canonical_asset_hierarchy ON assets');
await queryRunner.query('DROP FUNCTION IF EXISTS enforce_f5_canonical_asset_hierarchy()');
await queryRunner.query(`DROP TABLE IF EXISTS ${BACKUP_TABLE}`);
}
private async assertCanonicalTypesAndRules(queryRunner: QueryRunner): Promise<void> {
const [roles] = (await queryRunner.query(`
SELECT
COUNT(*) FILTER (WHERE operational_role='AREA' AND is_active=true)::integer AS areas,
COUNT(*) FILTER (WHERE operational_role='COMPANY' AND is_active=true)::integer AS companies
FROM asset_types
`)) as Array<{areas:number; companies:number}>;
if (Number(roles?.areas ?? 0)<1 || Number(roles?.companies ?? 0)<1) {
throw new Error('F5 requires active AREA and COMPANY master types');
}
for (const [typeCode,typeName,description] of [
['yacimiento','Yacimiento','Yacimiento perteneciente a un Área.'],
['instalacion','Instalación','Instancia física de una Instalación dentro de un Yacimiento.'],
['subinstalacion','Subinstalación','Instancia física subordinada a una Instalación.'],
] as const) {
await queryRunner.query(`
INSERT INTO asset_types(code,name,description,can_be_root,is_active,operational_role)
SELECT $1::varchar,$2,$3,false,true,'GENERIC'
WHERE NOT EXISTS (SELECT 1 FROM asset_types WHERE lower(code)=lower($1::varchar))
`,[typeCode,typeName,description]);
const [type] = (await queryRunner.query(`
SELECT operational_role AS role,is_active AS active,can_be_root AS "canBeRoot"
FROM asset_types WHERE lower(code)=lower($1) LIMIT 1
`,[typeCode])) as Array<{role:string;active:boolean;canBeRoot:boolean}>;
if (!type || type.role!=='GENERIC' || !type.active || type.canBeRoot) {
throw new Error(`F5 incompatible master type configuration: ${typeCode}`);
}
}
const [ruleCount] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM asset_type_parent_rules rule
JOIN asset_types child ON child.id=rule.child_type_id
JOIN asset_types parent ON parent.id=rule.parent_type_id
WHERE (lower(child.code)='yacimiento' AND lower(parent.code)='area')
OR (lower(child.code)='instalacion' AND lower(parent.code)='yacimiento')
OR (lower(child.code)='subinstalacion' AND lower(parent.code)='instalacion')
`)) as CountRow[];
if (Number(ruleCount?.total ?? 0)!==3) {
throw new Error('F5 requires canonical parent rules Area → Yacimiento → Instalación → Subinstalación');
}
}
private async installHierarchyGuard(queryRunner: QueryRunner): Promise<void> {
await queryRunner.query(`
CREATE OR REPLACE FUNCTION enforce_f5_canonical_asset_hierarchy()
RETURNS trigger LANGUAGE plpgsql AS $$
DECLARE child_code text; parent_code text;
BEGIN
SELECT lower(code) INTO child_code FROM asset_types WHERE id=NEW.asset_type_id;
IF child_code IN ('empresa','organizacion','area') THEN
IF NEW.parent_id IS NOT NULL THEN
RAISE EXCEPTION USING ERRCODE='23514',MESSAGE='Empresa y Área son maestros raíz independientes';
END IF;
RETURN NEW;
END IF;
IF child_code NOT IN ('yacimiento','instalacion','subinstalacion') THEN RETURN NEW; END IF;
IF NEW.parent_id IS NULL THEN
RAISE EXCEPTION USING ERRCODE='23514',MESSAGE='Yacimiento, Instalación y Subinstalación requieren padre';
END IF;
SELECT lower(type.code) INTO parent_code
FROM assets parent JOIN asset_types type ON type.id=parent.asset_type_id
WHERE parent.id=NEW.parent_id;
IF (child_code='yacimiento' AND parent_code<>'area')
OR (child_code='instalacion' AND parent_code<>'yacimiento')
OR (child_code='subinstalacion' AND parent_code<>'instalacion') THEN
RAISE EXCEPTION USING ERRCODE='23514',MESSAGE='Jerarquía F5 inválida: Área → Yacimiento → Instalación → Subinstalación';
END IF;
RETURN NEW;
END $$;
`);
await queryRunner.query('DROP TRIGGER IF EXISTS trg_f5_canonical_asset_hierarchy ON assets');
await queryRunner.query(`
CREATE TRIGGER trg_f5_canonical_asset_hierarchy
BEFORE INSERT OR UPDATE OF asset_type_id,parent_id ON assets
FOR EACH ROW EXECUTE FUNCTION enforce_f5_canonical_asset_hierarchy()
`);
}
private async ensureBackupTable(queryRunner: QueryRunner): Promise<void> {
await queryRunner.query(`
CREATE TABLE ${BACKUP_TABLE} (
relation_kind varchar(32) NOT NULL,
relation_id uuid NOT NULL,
previous_values jsonb NOT NULL,
applied_values jsonb NOT NULL,
created_at timestamptz NOT NULL DEFAULT CURRENT_TIMESTAMP,
PRIMARY KEY (relation_kind,relation_id),
CONSTRAINT chk_f5_territory_backup_kind CHECK (relation_kind IN ('AREA_COMPANY','AREA_DEPARTMENT'))
)
`);
}
private async backupAndCloseDepartmentRelations(queryRunner: QueryRunner,areaId:string,departmentId:string):Promise<void> {
const marker='F5: reemplazada por fuente territorial autorizada';
await queryRunner.query(`
INSERT INTO ${BACKUP_TABLE}(relation_kind,relation_id,previous_values,applied_values)
SELECT 'AREA_DEPARTMENT',relation.id,
jsonb_build_object('validUntil',relation.valid_until,'notes',relation.notes),
jsonb_build_object('validUntil',CURRENT_DATE,'notes',concat_ws(E'\n',relation.notes,$3::text))
FROM area_department_relations relation
WHERE relation.area_id=$1::uuid
AND relation.valid_until IS NULL
AND relation.department_id<>$2::uuid
ON CONFLICT DO NOTHING
`,[areaId,departmentId,marker]);
await queryRunner.query(`
UPDATE area_department_relations relation
SET valid_until=(backup.applied_values->>'validUntil')::date,
notes=backup.applied_values->>'notes',
updated_at=CURRENT_TIMESTAMP
FROM ${BACKUP_TABLE} backup
WHERE backup.relation_kind='AREA_DEPARTMENT'
AND backup.relation_id=relation.id
AND relation.area_id=$1::uuid
AND relation.valid_until IS NULL
`,[areaId]);
}
private async backupAndCloseOperatorRelations(queryRunner: QueryRunner,areaId:string,operatorId:string|null):Promise<void> {
const marker='F5: reemplazada por fuente territorial autorizada';
await queryRunner.query(`
INSERT INTO ${BACKUP_TABLE}(relation_kind,relation_id,previous_values,applied_values)
SELECT 'AREA_COMPANY',relation.id,
jsonb_build_object('validUntil',relation.valid_until,'endReason',relation.end_reason),
jsonb_build_object('validUntil',CURRENT_TIMESTAMP,'endReason',$3::text)
FROM area_company_relations relation
WHERE relation.area_id=$1::uuid
AND relation.relation_role='OPERATOR'
AND relation.valid_until IS NULL
AND ($2::uuid IS NULL OR relation.company_id<>$2::uuid)
ON CONFLICT DO NOTHING
`,[areaId,operatorId,marker]);
await queryRunner.query(`
UPDATE area_company_relations relation
SET valid_until=(backup.applied_values->>'validUntil')::timestamptz,
end_reason=backup.applied_values->>'endReason',
updated_at=CURRENT_TIMESTAMP
FROM ${BACKUP_TABLE} backup
WHERE backup.relation_kind='AREA_COMPANY'
AND backup.relation_id=relation.id
AND relation.area_id=$1::uuid
AND relation.valid_until IS NULL
`,[areaId]);
}
private async assertRelationBackupsUnchanged(queryRunner: QueryRunner):Promise<void> {
const [changed] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM ${BACKUP_TABLE} backup
LEFT JOIN area_company_relations company_relation
ON backup.relation_kind='AREA_COMPANY' AND company_relation.id=backup.relation_id
LEFT JOIN area_department_relations department_relation
ON backup.relation_kind='AREA_DEPARTMENT' AND department_relation.id=backup.relation_id
WHERE (
backup.relation_kind='AREA_COMPANY'
AND (
company_relation.id IS NULL
OR company_relation.valid_until IS DISTINCT FROM (backup.applied_values->>'validUntil')::timestamptz
OR company_relation.end_reason IS DISTINCT FROM backup.applied_values->>'endReason'
)
) OR (
backup.relation_kind='AREA_DEPARTMENT'
AND (
department_relation.id IS NULL
OR department_relation.valid_until IS DISTINCT FROM (backup.applied_values->>'validUntil')::date
OR department_relation.notes IS DISTINCT FROM backup.applied_values->>'notes'
)
)
`)) as CountRow[];
if (Number(changed?.total ?? 0)>0) {
throw new Error('Cannot safely rollback F5 territory: a relation closed by the preload was modified afterwards');
}
}
private async restoreRelationBackups(queryRunner: QueryRunner):Promise<void> {
await queryRunner.query(`
UPDATE area_company_relations relation
SET valid_until=(backup.previous_values->>'validUntil')::timestamptz,
end_reason=backup.previous_values->>'endReason',
updated_at=CURRENT_TIMESTAMP
FROM ${BACKUP_TABLE} backup
WHERE backup.relation_kind='AREA_COMPANY' AND backup.relation_id=relation.id
`);
await queryRunner.query(`
UPDATE area_department_relations relation
SET valid_until=(backup.previous_values->>'validUntil')::date,
notes=backup.previous_values->>'notes',
updated_at=CURRENT_TIMESTAMP
FROM ${BACKUP_TABLE} backup
WHERE backup.relation_kind='AREA_DEPARTMENT' AND backup.relation_id=relation.id
`);
}
private async assertCreatedMastersUnused(queryRunner:QueryRunner,sourceDocumentId:string):Promise<void> {
const [used] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM assets asset
WHERE asset.source_reference LIKE 'F5:TERRITORY:%'
AND (
EXISTS (SELECT 1 FROM assets child WHERE child.parent_id=asset.id AND child.source_reference NOT LIKE 'F5:TERRITORY:%')
OR EXISTS (SELECT 1 FROM inspection_visits visit WHERE visit.operational_area_id=asset.id OR visit.operator_company_id=asset.id)
OR EXISTS (SELECT 1 FROM inspection_visit_assets link WHERE link.asset_id=asset.id)
OR EXISTS (SELECT 1 FROM inspection_findings finding WHERE finding.asset_id=asset.id)
)
`)) as CountRow[];
if (Number(used?.total ?? 0)>0) {
throw new Error('Cannot safely rollback F5 territory: F5-created master data is already used by operational records');
}
void sourceDocumentId;
}
private async ensureRootAsset(
queryRunner: QueryRunner,
input: {
typeId: string;
role: 'AREA' | 'COMPANY';
code: string;
name: string;
sourceDocumentId: string;
sourceReference: string;
},
): Promise<string> {
let assetId = await this.optionalId(queryRunner, `
SELECT asset.id
FROM assets asset
JOIN asset_types type ON type.id=asset.asset_type_id
WHERE type.operational_role=$1::asset_type_operational_role
AND asset.information_status<>'INACTIVE'
AND lower(btrim(asset.name))=lower(btrim($2))
ORDER BY asset.created_at
LIMIT 1
`,[input.role,input.name]);
if (!assetId) {
const inserted = (await queryRunner.query(`
INSERT INTO assets (
asset_type_id,parent_id,operational_area_id,operator_company_id,
code,name,information_status,operational_status,data_origin,
source_name,source_reference,source_notes,is_inventory_instance
) VALUES ($1::uuid,NULL,NULL,NULL,$2,$3,'VALIDATED','UNKNOWN','PROVIDED_DOCUMENT',$4,$5,$6,false)
RETURNING id
`,[
input.typeId,input.code,input.name,TERRITORY_SOURCE_NAME,input.sourceReference,
'F5 · fuente territorial autorizada',
])) as IdRow[];
assetId=inserted[0]?.id ?? null;
}
if (!assetId) throw new Error(`F5 could not seed ${input.role} ${input.name}`);
await this.linkSource(queryRunner,assetId,input.sourceDocumentId,'F5 · fuente territorial autorizada');
return assetId;
}
private async linkSource(queryRunner:QueryRunner,assetId:string,documentId:string,notes:string):Promise<void> {
await queryRunner.query(`
INSERT INTO asset_source_documents(asset_id,document_id,relation_type,notes)
VALUES ($1::uuid,$2::uuid,'SOURCE',$3)
ON CONFLICT (asset_id,document_id,relation_type) DO UPDATE SET notes=EXCLUDED.notes,updated_at=CURRENT_TIMESTAMP
`,[assetId,documentId,notes]);
}
private async id(queryRunner: QueryRunner,sql:string,params:unknown[],label:string):Promise<string> {
const value=await this.optionalId(queryRunner,sql,params);
if (!value) throw new Error(`F5 could not resolve ${label}`);
return value;
}
private async optionalId(queryRunner: QueryRunner,sql:string,params:unknown[]):Promise<string|null> {
const result=(await queryRunner.query(sql,params)) as IdRow[];
return result[0]?.id ?? null;
}
}
@@ -0,0 +1,182 @@
import { MigrationInterface, QueryRunner } from 'typeorm';
/**
* F5 makes the physical hierarchy Area-owned. Empresa is never a parent nor a
* required property of Yacimiento/Instalación/Subinstalación. The current and
* historical operator/concession truth lives in area_company_relations and is
* frozen separately by each Inspección/Acta.
*
* operator_company_id is retained only as a backwards-compatible creation/
* historical snapshot. Runtime ownership and search MUST NOT depend on it.
*/
export class F5OperationalContextCompatibility1790087250000 implements MigrationInterface {
name = 'F5OperationalContextCompatibility1790087250000';
public async up(queryRunner: QueryRunner): Promise<void> {
await this.installAreaOwnedGuard(queryRunner);
}
public async down(queryRunner: QueryRunner): Promise<void> {
await this.installLegacyPairedGuard(queryRunner);
}
private async installAreaOwnedGuard(queryRunner: QueryRunner): Promise<void> {
await queryRunner.query(`
CREATE OR REPLACE FUNCTION enforce_asset_operational_context()
RETURNS trigger LANGUAGE plpgsql AS $$
DECLARE
asset_role asset_type_operational_role;
area_role asset_type_operational_role;
company_role asset_type_operational_role;
active_relation_id uuid;
BEGIN
SELECT operational_role INTO asset_role
FROM asset_types WHERE id=NEW.asset_type_id;
IF asset_role <> 'GENERIC'::asset_type_operational_role THEN
IF NEW.operational_area_id IS NOT NULL OR NEW.operator_company_id IS NOT NULL THEN
RAISE EXCEPTION USING ERRCODE='23514',
MESSAGE='Área y Empresa no reciben contexto operativo de Inventario';
END IF;
RETURN NEW;
END IF;
IF NEW.operator_company_id IS NOT NULL AND NEW.operational_area_id IS NULL THEN
RAISE EXCEPTION USING ERRCODE='23514',
MESSAGE='Un snapshot de Empresa requiere un Área física';
END IF;
-- Once written, an old/current company snapshot cannot be repointed to
-- simulate physical ownership. Company changes happen in the temporal
-- Area↔Empresa relation instead.
IF TG_OP='UPDATE'
AND NEW.operator_company_id IS DISTINCT FROM OLD.operator_company_id THEN
RAISE EXCEPTION USING ERRCODE='23514',
MESSAGE='La Empresa se cambia en la relación temporal del Área, no en el Inventario';
END IF;
IF NEW.operational_area_id IS NULL THEN
RETURN NEW;
END IF;
SELECT type.operational_role INTO area_role
FROM assets area
JOIN asset_types type ON type.id=area.asset_type_id
WHERE area.id=NEW.operational_area_id
AND area.information_status<>'INACTIVE'
AND type.is_active=true;
IF area_role IS DISTINCT FROM 'AREA'::asset_type_operational_role THEN
RAISE EXCEPTION USING ERRCODE='23514',
MESSAGE='operational area must be an active AREA asset';
END IF;
IF NEW.parent_id IS NULL OR NOT EXISTS (
WITH RECURSIVE ancestors AS (
SELECT id,parent_id FROM assets WHERE id=NEW.parent_id
UNION ALL
SELECT parent.id,parent.parent_id
FROM assets parent
JOIN ancestors child ON parent.id=child.parent_id
)
SELECT 1 FROM ancestors WHERE id=NEW.operational_area_id LIMIT 1
) THEN
RAISE EXCEPTION USING ERRCODE='23514',
MESSAGE='operational area must be an ancestor in the physical hierarchy';
END IF;
-- A company value is allowed only as the context snapshot that was valid
-- at creation time. It is never used to decide future membership.
IF NEW.operator_company_id IS NOT NULL THEN
SELECT type.operational_role INTO company_role
FROM assets company
JOIN asset_types type ON type.id=company.asset_type_id
WHERE company.id=NEW.operator_company_id
AND company.information_status<>'INACTIVE'
AND type.is_active=true;
IF company_role IS DISTINCT FROM 'COMPANY'::asset_type_operational_role THEN
RAISE EXCEPTION USING ERRCODE='23514',
MESSAGE='operator snapshot must reference an active COMPANY-role asset';
END IF;
IF TG_OP='INSERT' THEN
SELECT relation.id INTO active_relation_id
FROM area_company_relations relation
WHERE relation.area_id=NEW.operational_area_id
AND relation.company_id=NEW.operator_company_id
AND relation.relation_role='OPERATOR'::area_organization_role
AND relation.valid_until IS NULL
FOR KEY SHARE;
IF active_relation_id IS NULL THEN
RAISE EXCEPTION USING ERRCODE='23514',
MESSAGE='creation operator snapshot must be active for the selected Area';
END IF;
END IF;
END IF;
RETURN NEW;
END $$;
`);
}
/** Restores the production F4-era paired Area+Empresa guard on rollback. */
private async installLegacyPairedGuard(queryRunner: QueryRunner): Promise<void> {
await queryRunner.query(`
CREATE OR REPLACE FUNCTION enforce_asset_operational_context()
RETURNS trigger LANGUAGE plpgsql AS $$
DECLARE
asset_role asset_type_operational_role;
area_role asset_type_operational_role;
company_role asset_type_operational_role;
active_relation_id uuid;
BEGIN
IF NEW.operational_area_id IS NULL AND NEW.operator_company_id IS NULL THEN
RETURN NEW;
END IF;
IF NEW.operational_area_id IS NULL OR NEW.operator_company_id IS NULL THEN
RAISE EXCEPTION USING ERRCODE='23514',
MESSAGE='operational area and organization must be assigned together';
END IF;
SELECT operational_role INTO asset_role FROM asset_types WHERE id=NEW.asset_type_id;
IF asset_role <> 'GENERIC'::asset_type_operational_role THEN
RAISE EXCEPTION USING ERRCODE='23514',MESSAGE='area and organization assets cannot receive an operational assignment';
END IF;
SELECT type.operational_role INTO area_role
FROM assets area JOIN asset_types type ON type.id=area.asset_type_id
WHERE area.id=NEW.operational_area_id AND area.information_status<>'INACTIVE' AND type.is_active=true;
SELECT type.operational_role INTO company_role
FROM assets company JOIN asset_types type ON type.id=company.asset_type_id
WHERE company.id=NEW.operator_company_id AND company.information_status<>'INACTIVE' AND type.is_active=true;
IF area_role IS DISTINCT FROM 'AREA'::asset_type_operational_role THEN
RAISE EXCEPTION USING ERRCODE='23514',MESSAGE='operational area must be an active AREA asset';
END IF;
IF company_role IS DISTINCT FROM 'COMPANY'::asset_type_operational_role THEN
RAISE EXCEPTION USING ERRCODE='23514',MESSAGE='operator organization must be an active COMPANY-role asset';
END IF;
SELECT relation.id INTO active_relation_id
FROM area_company_relations relation
WHERE relation.area_id=NEW.operational_area_id
AND relation.company_id=NEW.operator_company_id
AND relation.relation_role='OPERATOR'::area_organization_role
AND relation.valid_until IS NULL
FOR KEY SHARE;
IF active_relation_id IS NULL THEN
RAISE EXCEPTION USING ERRCODE='23514',MESSAGE='operational area and organization do not have an active OPERATOR relation';
END IF;
IF NEW.parent_id IS NULL OR NOT EXISTS (
WITH RECURSIVE ancestors AS (
SELECT id,parent_id FROM assets WHERE id=NEW.parent_id
UNION ALL
SELECT parent.id,parent.parent_id FROM assets parent JOIN ancestors child ON parent.id=child.parent_id
) SELECT 1 FROM ancestors WHERE id=NEW.operational_area_id LIMIT 1
) THEN
RAISE EXCEPTION USING ERRCODE='23514',MESSAGE='operational area must be an ancestor in the physical hierarchy';
END IF;
RETURN NEW;
END $$;
`);
}
}
@@ -0,0 +1,606 @@
import { createHash } from 'node:crypto';
import { MigrationInterface, QueryRunner } from 'typeorm';
import {
loadF5InventoryAuthoritativeSource,
type F5InstallationCatalogRow,
type F5SubinstallationCatalogRow,
} from '../../reference-data/f5-authoritative-inventory-source';
type IdRow = { id: string };
type CountRow = { total: number };
const CATALOG_DOCUMENT_NUMBER = 'DH-F5-INVENTORY-CATALOG';
const CATALOG_CATEGORY_CODE = 'F5MODEL';
const CATALOG_SOURCE_NAME = 'final_modelov2.xlsx';
const F5_AUTO_REASON = 'F5 familia técnica: catálogo contextual automático';
const F5_SOURCE_FAMILY_COUNT = 123;
function findingKey(value: string): string {
return value.normalize('NFD')
.replace(/[\u0300-\u036f]/g, '')
.toLowerCase()
.replace(/[^a-z0-9]+/g, ' ')
.trim()
.replace(/\s+/g, ' ');
}
function hashCode(prefix: string, value: string, length = 12): string {
return `${prefix}-${createHash('sha1').update(value).digest('hex').slice(0, length).toUpperCase()}`;
}
function installationCode(name: string): string {
return hashCode('F5-I', findingKey(name));
}
function subinstallationCode(installation: string, name: string): string {
return hashCode('F5-S', `${findingKey(installation)}|${findingKey(name)}`);
}
function subOtherCode(parentCode: string): string {
return hashCode('F5-S-OTRO', parentCode);
}
export class F5AuthoritativeInventoryCatalog1790087300000 implements MigrationInterface {
name = 'F5AuthoritativeInventoryCatalog1790087300000';
public async up(queryRunner: QueryRunner): Promise<void> {
const source = loadF5InventoryAuthoritativeSource();
if (
source.catalogSource.file !== CATALOG_SOURCE_NAME
|| source.catalogSource.sheet !== 'Hoja1'
|| source.catalogSource.sha256 !== 'c9a2d1db59fff2157162c41009b8c9042a3c7a3001649239a07732a3b8fca155'
|| source.catalogSource.installations.length !== 14
|| source.catalogSource.subinstallations.length !== 109
) {
throw new Error('F5 inventory catalog source contract mismatch');
}
if (source.catalogSource.universalFindings.length !== 3) {
throw new Error(`F5 universal finding contract mismatch: ${source.catalogSource.universalFindings.length}`);
}
const universalKeys = new Set(source.catalogSource.universalFindings.map(findingKey));
for (const required of [
'ORDEN Y LIMPIEZA',
'CARTELERIA PREVENTIVA / INFORMATIVA',
'EXTINTORES',
]) {
if (!universalKeys.has(findingKey(required))) {
throw new Error(`F5 missing authoritative universal finding: ${required}`);
}
}
await queryRunner.query(`
INSERT INTO source_documents (
document_type,document_number,title,issuer,external_reference,notes
)
VALUES ('SPREADSHEET',$1,$2,'Dirección de Hidrocarburos',$3,$4)
ON CONFLICT (document_number,issuer) WHERE document_number IS NOT NULL AND issuer IS NOT NULL
DO UPDATE SET
title=EXCLUDED.title,
external_reference=EXCLUDED.external_reference,
notes=EXCLUDED.notes,
updated_at=CURRENT_TIMESTAMP
`, [
CATALOG_DOCUMENT_NUMBER,
CATALOG_SOURCE_NAME,
`sha256:${source.catalogSource.sha256}`,
`F5 · catálogo técnico autorizado · hoja ${source.catalogSource.sheet} · 14 Instalaciones · 109 Subinstalaciones`,
]);
// Only the known historical spreadsheet catalog is superseded. Families
// created manually by DH (including source_reference NULL) remain untouched.
await queryRunner.query(`
UPDATE inventory_families
SET is_active=false,updated_at=CURRENT_TIMESTAMP
WHERE source_reference LIKE 'APLICACION APP%'
OR source_reference LIKE 'SYSTEM:F3.1:%'
`);
await queryRunner.query(`
UPDATE finding_categories
SET is_active=false,updated_at=CURRENT_TIMESTAMP
WHERE lower(code) IN ('app26','app26r2')
`);
const installationIds = new Map<string,string>();
for (const installation of source.catalogSource.installations) {
const familyId = await this.upsertFamily(
queryRunner,
installationCode(installation.name),
installation.name,
'INSTALLATION',
`F5:${CATALOG_SOURCE_NAME}|${source.catalogSource.sheet}|rows:${installation.sourceStartRow}-${installation.sourceEndRow}`,
);
installationIds.set(findingKey(installation.name),familyId);
}
for (const subinstallation of source.catalogSource.subinstallations) {
const parentId = installationIds.get(findingKey(subinstallation.installation));
if (!parentId) throw new Error(`F5 missing installation family ${subinstallation.installation}`);
const childId = await this.upsertFamily(
queryRunner,
subinstallationCode(subinstallation.installation,subinstallation.name),
subinstallation.name,
'SUBINSTALLATION',
`F5:${CATALOG_SOURCE_NAME}|${source.catalogSource.sheet}|rows:${subinstallation.sourceStartRow}-${subinstallation.sourceEndRow}${subinstallation.reference ? `|reference:${subinstallation.reference}` : ''}`,
);
await this.parentRule(queryRunner,childId,parentId);
}
const installationOtherId = await this.upsertFamily(
queryRunner,
'F5-I-OTRO',
'Otro / no catalogado',
'INSTALLATION',
'F5:SYSTEM:OTHER:INSTALLATION',
);
for (const [installationKey,parentId] of installationIds) {
const parent = source.catalogSource.installations.find((item) => findingKey(item.name)===installationKey);
if (!parent) continue;
const childId = await this.upsertFamily(
queryRunner,
subOtherCode(installationCode(parent.name)),
'Otro / no catalogado',
'SUBINSTALLATION',
`F5:SYSTEM:OTHER:SUBINSTALLATION:${installationCode(parent.name)}`,
);
await this.parentRule(queryRunner,childId,parentId);
}
const rootOtherChild = await this.upsertFamily(
queryRunner,
subOtherCode('F5-I-OTRO'),
'Otro / no catalogado',
'SUBINSTALLATION',
'F5:SYSTEM:OTHER:SUBINSTALLATION:F5-I-OTRO',
);
await this.parentRule(queryRunner,rootOtherChild,installationOtherId);
await queryRunner.query(`
INSERT INTO finding_categories(code,name,sort_order,is_active)
SELECT $1::varchar,'DH · Modelo de Inventarios F5',270,true
WHERE NOT EXISTS (SELECT 1 FROM finding_categories WHERE lower(code)=lower($1::varchar))
`, [CATALOG_CATEGORY_CODE]);
await queryRunner.query(`
UPDATE finding_categories
SET name='DH · Modelo de Inventarios F5',sort_order=270,is_active=true,updated_at=CURRENT_TIMESTAMP
WHERE lower(code)=lower($1::varchar)
`,[CATALOG_CATEGORY_CODE]);
const categoryId = await this.id(
queryRunner,
`SELECT id FROM finding_categories WHERE lower(code)=lower($1::varchar) LIMIT 1`,
[CATALOG_CATEGORY_CODE],
'F5 finding category',
);
const titleByKey = new Map<string,string>();
const register = (title: string): void => {
const clean = title.trim();
if (!clean || /^idem\b/i.test(clean) || findingKey(clean)==='hallazgos') return;
const itemKey = findingKey(clean);
if (!titleByKey.has(itemKey)) titleByKey.set(itemKey,clean);
};
for (const title of source.catalogSource.universalFindings) register(title);
for (const family of source.catalogSource.installations) for (const title of family.findings) register(title);
for (const family of source.catalogSource.subinstallations) for (const title of family.findings) register(title);
if (titleByKey.size !== 177) {
throw new Error(`F5 finding normalization contract mismatch: ${titleByKey.size}`);
}
const itemIdByKey = new Map<string,string>();
const orderedTitles = [...titleByKey.entries()].sort((a,b)=>a[1].localeCompare(b[1],'es'));
let sourceNumber=1;
for (const [itemKey,title] of orderedTitles) {
const itemCode = hashCode('F5-H',itemKey);
let itemId = await this.optionalId(
queryRunner,
`SELECT id FROM finding_catalog_items WHERE lower(code)=lower($1::varchar) LIMIT 1`,
[itemCode],
);
if (!itemId) {
const itemRows = (await queryRunner.query(`
INSERT INTO finding_catalog_items (
category_id,code,source_number,title,import_note,revision,is_active
) VALUES ($1::uuid,$2,$3,$4,$5,1,true)
RETURNING id
`,[
categoryId,itemCode,sourceNumber,title,
`${CATALOG_SOURCE_NAME} · ${source.catalogSource.sheet} · F5 authoritative catalog`,
])) as IdRow[];
itemId=itemRows[0]?.id ?? null;
} else {
await queryRunner.query(`
UPDATE finding_catalog_items
SET category_id=$2::uuid,source_number=$3,title=$4,import_note=$5,
is_active=true,updated_at=CURRENT_TIMESTAMP
WHERE id=$1::uuid
`,[
itemId,categoryId,sourceNumber,title,
`${CATALOG_SOURCE_NAME} · ${source.catalogSource.sheet} · F5 authoritative catalog`,
]);
}
if (!itemId) throw new Error(`F5 could not create finding ${title}`);
itemIdByKey.set(itemKey,itemId);
await queryRunner.query(`
INSERT INTO finding_catalog_item_versions(item_id,revision,snapshot,actor_username)
SELECT item.id,item.revision,
jsonb_build_object(
'id',item.id,'categoryId',category.id,'categoryCode',category.code,
'categoryName',category.name,'code',item.code,'sourceNumber',item.source_number,
'title',item.title,'legalBasis',item.legal_basis,'glossary',item.glossary,
'importNote',item.import_note,'revision',item.revision,'isActive',item.is_active
),'migration:F5'
FROM finding_catalog_items item
JOIN finding_categories category ON category.id=item.category_id
WHERE item.id=$1::uuid
AND NOT EXISTS (
SELECT 1 FROM finding_catalog_item_versions version
WHERE version.item_id=item.id AND version.revision=item.revision
)
`,[itemId]);
sourceNumber+=1;
}
// Add F5 mappings only. Never delete mappings created by office users or by
// historical migrations; inactive historical families simply stop being offered.
for (const family of source.catalogSource.installations) {
await this.mapFindings(
queryRunner,
installationCode(family.name),
family,
source.catalogSource.universalFindings,
itemIdByKey,
);
}
for (const family of source.catalogSource.subinstallations) {
await this.mapFindings(
queryRunner,
subinstallationCode(family.installation,family.name),
family,
source.catalogSource.universalFindings,
itemIdByKey,
);
}
await this.installFamilySyncFunctions(queryRunner);
// Keep pre-existing profile administration untouched. Yacimiento needs a
// profile only to expose OTROS because the source does not provide a family.
await queryRunner.query(`
INSERT INTO finding_catalog_asset_type_profiles(asset_type_id,reason)
SELECT id,'F5: Yacimiento admite Hallazgos mediante OTROS; no posee familia precargada en final_modelov2.xlsx.'
FROM asset_types WHERE lower(code)='yacimiento'
ON CONFLICT (asset_type_id) DO NOTHING
`);
const [counts] = (await queryRunner.query(`
SELECT
COUNT(*) FILTER (WHERE level='INSTALLATION' AND source_reference LIKE 'F5:${CATALOG_SOURCE_NAME}%')::integer AS installations,
COUNT(*) FILTER (WHERE level='SUBINSTALLATION' AND source_reference LIKE 'F5:${CATALOG_SOURCE_NAME}%')::integer AS subinstallations
FROM inventory_families WHERE is_active=true
`)) as Array<{ installations:number; subinstallations:number }>;
if (Number(counts?.installations ?? 0)!==14 || Number(counts?.subinstallations ?? 0)!==109) {
throw new Error(`F5 family preload verification failed: ${JSON.stringify(counts ?? {})}`);
}
const [itemCount] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM finding_catalog_items
WHERE category_id=$1::uuid AND is_active=true
`,[categoryId])) as CountRow[];
if (Number(itemCount?.total ?? 0)!==177) {
throw new Error(`F5 finding preload verification failed: ${itemCount?.total ?? 0}`);
}
// Verify every universal finding is independently attached to every one of
// the 14 + 109 source families. This intentionally avoids optional DB text
// extensions such as unaccent.
for (const universalTitle of source.catalogSource.universalFindings) {
const universalItemId = itemIdByKey.get(findingKey(universalTitle));
if (!universalItemId) throw new Error(`F5 missing universal catalog item ${universalTitle}`);
const [mappedCount] = (await queryRunner.query(`
SELECT COUNT(DISTINCT mapping.inventory_family_id)::integer AS total
FROM finding_catalog_item_inventory_families mapping
JOIN inventory_families family ON family.id=mapping.inventory_family_id
WHERE mapping.catalog_item_id=$1::uuid
AND family.is_active=true
AND family.source_reference LIKE $2
`,[universalItemId,`F5:${CATALOG_SOURCE_NAME}%`])) as CountRow[];
if (Number(mappedCount?.total ?? 0)!==F5_SOURCE_FAMILY_COUNT) {
throw new Error(`F5 universal mapping verification failed for ${universalTitle}: ${mappedCount?.total ?? 0}`);
}
}
}
public async down(queryRunner: QueryRunner): Promise<void> {
const categoryId = await this.optionalId(
queryRunner,
`SELECT id FROM finding_categories WHERE lower(code)=lower($1::varchar) LIMIT 1`,
[CATALOG_CATEGORY_CODE],
);
if (categoryId) {
const [usedFinding] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM inspection_findings finding
JOIN finding_catalog_items item ON item.id=finding.catalog_item_id
WHERE item.category_id=$1::uuid
`,[categoryId])) as CountRow[];
if (Number(usedFinding?.total ?? 0)>0) {
throw new Error('Cannot safely rollback F5 catalog: inspection findings already reference F5 catalog items');
}
}
const [usedFamily] = (await queryRunner.query(`
SELECT COUNT(*)::integer AS total
FROM assets asset
JOIN inventory_families family ON family.id=asset.inventory_family_id
WHERE family.source_reference LIKE 'F5:%'
`)) as CountRow[];
if (Number(usedFamily?.total ?? 0)>0) {
throw new Error('Cannot safely rollback F5 catalog: inventory instances already reference F5 families');
}
await queryRunner.query(`
DELETE FROM finding_catalog_asset_overrides
WHERE reason=$1::text
`,[F5_AUTO_REASON]);
if (categoryId) {
await queryRunner.query(`
DELETE FROM finding_catalog_item_inventory_families mapping
USING finding_catalog_items item
WHERE item.id=mapping.catalog_item_id AND item.category_id=$1::uuid
`,[categoryId]);
await queryRunner.query(`
DELETE FROM finding_catalog_item_versions version
USING finding_catalog_items item
WHERE item.id=version.item_id AND item.category_id=$1::uuid
`,[categoryId]);
await queryRunner.query(`DELETE FROM finding_catalog_items WHERE category_id=$1::uuid`,[categoryId]);
await queryRunner.query(`DELETE FROM finding_categories WHERE id=$1::uuid`,[categoryId]);
}
await queryRunner.query(`
DELETE FROM inventory_family_parent_rules rule
USING inventory_families child
WHERE child.id=rule.child_family_id AND child.source_reference LIKE 'F5:%'
`);
await queryRunner.query(`DELETE FROM inventory_families WHERE source_reference LIKE 'F5:%'`);
await queryRunner.query(`
UPDATE inventory_families
SET is_active=true,updated_at=CURRENT_TIMESTAMP
WHERE source_reference LIKE 'APLICACION APP%'
OR source_reference LIKE 'SYSTEM:F3.1:%'
`);
await queryRunner.query(`
UPDATE finding_categories SET is_active=true,updated_at=CURRENT_TIMESTAMP
WHERE lower(code)='app26r2'
`);
await queryRunner.query(`
DELETE FROM finding_catalog_asset_type_profiles profile
USING asset_types type
WHERE profile.asset_type_id=type.id
AND lower(type.code)='yacimiento'
AND profile.reason='F5: Yacimiento admite Hallazgos mediante OTROS; no posee familia precargada en final_modelov2.xlsx.'
`);
await queryRunner.query(`
DELETE FROM source_documents
WHERE document_number=$1::varchar AND issuer='Dirección de Hidrocarburos'
`,[CATALOG_DOCUMENT_NUMBER]);
await this.restoreF31FamilySyncFunctions(queryRunner);
// Rebuild only automatic historical overrides. Manual overrides have never
// been touched by this migration.
await queryRunner.query(`
DELETE FROM finding_catalog_asset_overrides
WHERE reason LIKE 'F3.1 familia técnica:%'
`);
await queryRunner.query(`
INSERT INTO finding_catalog_asset_overrides(
asset_id,catalog_item_id,is_enabled,reason,created_by,updated_by
)
SELECT asset.id,mapping.catalog_item_id,true,
'F3.1 familia técnica: catálogo contextual automático',
asset.created_by,asset.updated_by
FROM assets asset
JOIN finding_catalog_item_inventory_families mapping
ON mapping.inventory_family_id=asset.inventory_family_id
WHERE asset.inventory_family_id IS NOT NULL
ON CONFLICT (asset_id,catalog_item_id) DO UPDATE SET
is_enabled=true,
reason='F3.1 familia técnica: catálogo contextual automático',
updated_at=CURRENT_TIMESTAMP
`);
}
private async upsertFamily(
queryRunner: QueryRunner,
familyCode: string,
name: string,
level: 'INSTALLATION'|'SUBINSTALLATION',
sourceReference: string,
): Promise<string> {
await queryRunner.query(`
INSERT INTO inventory_families(
code,name,level,legacy_type_code,information_labels,source_reference,is_active
) VALUES ($1,$2,$3,NULL,'[]'::jsonb,$4,true)
ON CONFLICT (code) DO UPDATE SET
name=EXCLUDED.name,level=EXCLUDED.level,legacy_type_code=NULL,
information_labels='[]'::jsonb,source_reference=EXCLUDED.source_reference,
is_active=true,updated_at=CURRENT_TIMESTAMP
`,[familyCode,name,level,sourceReference]);
return this.id(
queryRunner,
`SELECT id FROM inventory_families WHERE code=$1::varchar LIMIT 1`,
[familyCode],
`inventory family ${familyCode}`,
);
}
private async parentRule(queryRunner: QueryRunner,childId:string,parentId:string):Promise<void> {
await queryRunner.query(`
INSERT INTO inventory_family_parent_rules(child_family_id,parent_family_id)
VALUES ($1::uuid,$2::uuid)
ON CONFLICT (child_family_id) DO UPDATE SET parent_family_id=EXCLUDED.parent_family_id
`,[childId,parentId]);
}
private async mapFindings(
queryRunner: QueryRunner,
familyCode: string,
family: F5InstallationCatalogRow|F5SubinstallationCatalogRow,
universalFindings: string[],
itemIdByKey: Map<string,string>,
): Promise<void> {
const familyId = await this.id(
queryRunner,
`SELECT id FROM inventory_families WHERE code=$1::varchar LIMIT 1`,
[familyCode],
`family ${familyCode}`,
);
const mapped = new Set<string>();
for (const rawTitle of [...family.findings,...universalFindings]) {
const itemKey=findingKey(rawTitle);
if (!itemKey || itemKey==='hallazgos' || mapped.has(itemKey)) continue;
mapped.add(itemKey);
const itemId=itemIdByKey.get(itemKey);
if (!itemId) throw new Error(`F5 missing finding item ${rawTitle}`);
await queryRunner.query(`
INSERT INTO finding_catalog_item_inventory_families(catalog_item_id,inventory_family_id)
VALUES ($1::uuid,$2::uuid)
ON CONFLICT (catalog_item_id,inventory_family_id) DO NOTHING
`,[itemId,familyId]);
}
}
private async installFamilySyncFunctions(queryRunner: QueryRunner):Promise<void> {
await queryRunner.query(`
CREATE OR REPLACE FUNCTION sync_asset_inventory_family_catalog()
RETURNS trigger LANGUAGE plpgsql AS $$
BEGIN
DELETE FROM finding_catalog_asset_overrides
WHERE asset_id=NEW.id AND reason LIKE 'F% familia técnica:%';
IF NEW.inventory_family_id IS NOT NULL THEN
INSERT INTO finding_catalog_asset_overrides(
asset_id,catalog_item_id,is_enabled,reason,created_by,updated_by
)
SELECT NEW.id,mapping.catalog_item_id,true,
'F5 familia técnica: catálogo contextual automático',
NEW.created_by,NEW.updated_by
FROM finding_catalog_item_inventory_families mapping
WHERE mapping.inventory_family_id=NEW.inventory_family_id
ON CONFLICT (asset_id,catalog_item_id) DO UPDATE SET
is_enabled=true,reason='F5 familia técnica: catálogo contextual automático',
updated_by=NEW.updated_by,updated_at=CURRENT_TIMESTAMP;
END IF;
RETURN NEW;
END $$;
`);
await queryRunner.query(`
CREATE OR REPLACE FUNCTION sync_inventory_family_mapping_assets()
RETURNS trigger LANGUAGE plpgsql AS $$
BEGIN
IF TG_OP='DELETE' THEN
DELETE FROM finding_catalog_asset_overrides override_record
USING assets asset
WHERE override_record.asset_id=asset.id
AND asset.inventory_family_id=OLD.inventory_family_id
AND override_record.catalog_item_id=OLD.catalog_item_id
AND override_record.reason LIKE 'F% familia técnica:%';
RETURN OLD;
END IF;
INSERT INTO finding_catalog_asset_overrides(
asset_id,catalog_item_id,is_enabled,reason,created_by,updated_by
)
SELECT asset.id,NEW.catalog_item_id,true,
'F5 familia técnica: catálogo contextual automático',
asset.created_by,asset.updated_by
FROM assets asset
WHERE asset.inventory_family_id=NEW.inventory_family_id
ON CONFLICT (asset_id,catalog_item_id) DO UPDATE SET
is_enabled=true,reason='F5 familia técnica: catálogo contextual automático',updated_at=CURRENT_TIMESTAMP;
RETURN NEW;
END $$;
`);
await queryRunner.query(`
DELETE FROM finding_catalog_asset_overrides
WHERE reason LIKE 'F% familia técnica:%'
`);
await queryRunner.query(`
INSERT INTO finding_catalog_asset_overrides(
asset_id,catalog_item_id,is_enabled,reason,created_by,updated_by
)
SELECT asset.id,mapping.catalog_item_id,true,$1::text,
asset.created_by,asset.updated_by
FROM assets asset
JOIN finding_catalog_item_inventory_families mapping
ON mapping.inventory_family_id=asset.inventory_family_id
WHERE asset.inventory_family_id IS NOT NULL
ON CONFLICT (asset_id,catalog_item_id) DO UPDATE SET
is_enabled=true,reason=$1::text,updated_at=CURRENT_TIMESTAMP
`,[F5_AUTO_REASON]);
}
private async restoreF31FamilySyncFunctions(queryRunner: QueryRunner):Promise<void> {
await queryRunner.query(`
CREATE OR REPLACE FUNCTION sync_asset_inventory_family_catalog()
RETURNS trigger LANGUAGE plpgsql AS $$
BEGIN
DELETE FROM finding_catalog_asset_overrides
WHERE asset_id=NEW.id AND reason LIKE 'F3.1 familia técnica:%';
IF NEW.inventory_family_id IS NOT NULL THEN
INSERT INTO finding_catalog_asset_overrides(
asset_id,catalog_item_id,is_enabled,reason,created_by,updated_by
)
SELECT NEW.id,mapping.catalog_item_id,true,
'F3.1 familia técnica: catálogo contextual automático',
NEW.created_by,NEW.updated_by
FROM finding_catalog_item_inventory_families mapping
WHERE mapping.inventory_family_id=NEW.inventory_family_id
ON CONFLICT (asset_id,catalog_item_id) DO UPDATE SET
is_enabled=true,reason='F3.1 familia técnica: catálogo contextual automático',
updated_by=NEW.updated_by,updated_at=CURRENT_TIMESTAMP;
END IF;
RETURN NEW;
END $$;
`);
await queryRunner.query(`
CREATE OR REPLACE FUNCTION sync_inventory_family_mapping_assets()
RETURNS trigger LANGUAGE plpgsql AS $$
BEGIN
IF TG_OP='DELETE' THEN
DELETE FROM finding_catalog_asset_overrides override_record
USING assets asset
WHERE override_record.asset_id=asset.id
AND asset.inventory_family_id=OLD.inventory_family_id
AND override_record.catalog_item_id=OLD.catalog_item_id
AND override_record.reason LIKE 'F3.1 familia técnica:%';
RETURN OLD;
END IF;
INSERT INTO finding_catalog_asset_overrides(
asset_id,catalog_item_id,is_enabled,reason,created_by,updated_by
)
SELECT asset.id,NEW.catalog_item_id,true,
'F3.1 familia técnica: catálogo contextual automático',
asset.created_by,asset.updated_by
FROM assets asset
WHERE asset.inventory_family_id=NEW.inventory_family_id
ON CONFLICT (asset_id,catalog_item_id) DO UPDATE SET
is_enabled=true,reason='F3.1 familia técnica: catálogo contextual automático',
updated_at=CURRENT_TIMESTAMP;
RETURN NEW;
END $$;
`);
}
private async id(queryRunner: QueryRunner,sql:string,params:unknown[],label:string):Promise<string> {
const value=await this.optionalId(queryRunner,sql,params);
if (!value) throw new Error(`F5 could not resolve ${label}`);
return value;
}
private async optionalId(queryRunner: QueryRunner,sql:string,params:unknown[]):Promise<string|null> {
const rows=(await queryRunner.query(sql,params)) as IdRow[];
return rows[0]?.id ?? null;
}
}