feat(edit): 商品编辑页开发

This commit is contained in:
R524809
2026-09-10 17:45:46 +08:00
parent 130a005231
commit 946af649dd
22 changed files with 7034 additions and 518 deletions
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import type { Database } from '@atlas/database';
import type { OutboxJob } from './outbox-dispatcher.js';
import {
fetchOzonCategoryAttributes,
fetchOzonCategoryTree,
fetchOzonDictionaryValues,
OzonCredentialError,
OzonRequestError,
type OzonCategoryAttribute,
type OzonCategoryNode,
type OzonDictionaryValue,
} from './ozon-client.js';
import { decryptStoreSecret } from './store-secret.crypto.js';
import { workerConfig } from './config.js';
export type CatalogSyncScope = 'tree' | 'attributes' | 'dictionary';
type CatalogSyncJob = OutboxJob & {
payload: {
store_id: string;
secret_id: string;
operation_id: string;
platform_id: string;
scope: CatalogSyncScope;
category_id?: string;
dictionary_id?: string;
query?: string;
};
};
type SyncSource = {
platform_code: string;
platform_client_id: string;
secret_ciphertext: Buffer;
secret_nonce: Buffer;
};
type CategorySource = {
external_category_id: string;
external_type_id: string | null;
};
/**
* Keeps platform metadata global while every credential and operation lookup
* remains inside the requesting workspace. Neither queue payloads nor cache
* rows contain the decrypted API key.
*/
export async function syncOzonCatalog(database: Database, job: CatalogSyncJob) {
const source = await loadSource(database, job);
if (!source) return cancelStaleOperation(database, job);
if (source.platform_code.toUpperCase() !== 'OZON') {
return failOperation(
database,
job,
'PLATFORM_CATALOG_UNSUPPORTED',
'当前平台暂不支持类目缓存同步',
);
}
const apiKey = decryptStoreSecret(
source.secret_ciphertext,
source.secret_nonce,
workerConfig.storeSecretEncryptionKey,
);
try {
let result: Record<string, unknown>;
if (job.payload.scope === 'tree') {
const nodes = await fetchOzonCategoryTree(source.platform_client_id, apiKey);
result = await persistCategoryTree(database, job.payload.platform_id, nodes);
} else {
const category = await requireCategory(
database,
job.payload.platform_id,
job.payload.category_id,
);
if (!category.external_type_id) {
return failOperation(
database,
job,
'CATEGORY_TYPE_UNAVAILABLE',
'该类目缺少 Ozon 商品类型,无法同步属性',
);
}
if (job.payload.scope === 'attributes') {
const attributes = await fetchOzonCategoryAttributes(
source.platform_client_id,
apiKey,
category.external_category_id,
category.external_type_id,
);
result = await persistAttributes(
database,
job.payload.platform_id,
job.payload.category_id ?? '',
attributes,
);
} else {
const dictionary = await requireDictionaryAttribute(
database,
job.payload.platform_id,
job.payload.category_id,
job.payload.dictionary_id,
);
const values = await fetchOzonDictionaryValues(
source.platform_client_id,
apiKey,
{
attributeId: dictionary.platform_attribute_id,
categoryId: category.external_category_id,
typeId: category.external_type_id,
query: job.payload.query,
},
);
result = await persistDictionaryValues(
database,
job.payload.platform_id,
job.payload.dictionary_id ?? '',
values,
);
}
}
await succeedOperation(database, job, result);
} catch (error) {
if (error instanceof OzonCredentialError) {
await failOperation(
database,
job,
error.status === 403
? 'OZON_CATALOG_CREDENTIAL_FORBIDDEN'
: 'OZON_CATALOG_CREDENTIAL_UNAUTHORIZED',
error.status === 403
? 'Ozon 拒绝读取类目:请检查 API Key 权限'
: 'Ozon 未接受当前门店凭据',
);
return;
}
if (error instanceof OzonRequestError) {
await failOperation(
database,
job,
'OZON_CATALOG_REQUEST_REJECTED',
`Ozon 拒绝类目同步请求(HTTP ${error.status})`,
);
return;
}
throw error;
}
}
export async function markCatalogSyncUnavailable(
database: Database,
job: CatalogSyncJob,
_error: Error,
) {
await failOperation(
database,
job,
'OZON_CATALOG_SYNC_UNAVAILABLE',
'暂时无法同步 Ozon 类目数据,请稍后重试',
);
}
async function loadSource(database: Database, job: CatalogSyncJob) {
return database.workspaceTransaction(job.workspaceId, async (tx) => {
await tx.query(
`UPDATE atlas.operations SET status = 'running', started_at = coalesce(started_at, now()),
attempt_count = attempt_count + 1
WHERE id = $1 AND status IN ('queued', 'running')`,
[job.payload.operation_id],
);
const source = await tx.query<SyncSource>(
`SELECT platform.code AS platform_code, store.platform_client_id,
secret.secret_ciphertext, secret.secret_nonce
FROM atlas.operations operation
JOIN atlas.stores store ON store.id = $2 AND store.deleted_at IS NULL
JOIN atlas.platforms platform ON platform.id = store.platform_id AND platform.id = $3
JOIN atlas.store_secrets secret ON secret.id = $4 AND secret.store_id = store.id
WHERE operation.id = $1 AND operation.kind IN (
'platform_category_tree_sync',
'platform_category_attribute_sync',
'platform_attribute_dictionary_sync'
)
AND store.credential_status = 'valid'
AND secret.kind = 'seller_api_key' AND secret.revoked_at IS NULL
LIMIT 1`,
[
job.payload.operation_id,
job.payload.store_id,
job.payload.platform_id,
job.payload.secret_id,
],
);
return source.rows[0] ?? null;
});
}
async function cancelStaleOperation(database: Database, job: CatalogSyncJob) {
await database.workspaceTransaction(job.workspaceId, (tx) =>
tx.query(
`UPDATE atlas.operations SET status = 'cancelled', completed_at = now(),
error_code = 'CATALOG_SYNC_SOURCE_REPLACED',
error_message = '门店凭据或发布配置已变化,旧类目同步已取消'
WHERE id = $1 AND status IN ('queued', 'running')`,
[job.payload.operation_id],
),
);
}
async function succeedOperation(
database: Database,
job: CatalogSyncJob,
result: Record<string, unknown>,
) {
await database.workspaceTransaction(job.workspaceId, (tx) =>
tx.query(
`UPDATE atlas.operations SET status = 'succeeded', completed_at = now(),
result = $2::jsonb, error_code = NULL, error_message = NULL
WHERE id = $1 AND status IN ('queued', 'running')`,
[job.payload.operation_id, JSON.stringify({ scope: job.payload.scope, ...result })],
),
);
}
async function failOperation(
database: Database,
job: CatalogSyncJob,
code: string,
message: string,
) {
await database.workspaceTransaction(job.workspaceId, (tx) =>
tx.query(
`UPDATE atlas.operations SET status = 'failed', completed_at = now(),
error_code = $2, error_message = $3
WHERE id = $1 AND status IN ('queued', 'running')`,
[job.payload.operation_id, code, message],
),
);
}
async function requireCategory(
database: Database,
platformId: string,
categoryId: string | undefined,
) {
if (!categoryId) throw new Error('Catalog sync category is missing');
const result = await database.query<CategorySource>(
`SELECT external_category_id, external_type_id
FROM atlas.platform_product_categories
WHERE id = $1 AND platform_id = $2 AND is_active`,
[categoryId, platformId],
);
if (!result.rows[0]) throw new Error('Catalog sync category no longer exists');
return result.rows[0];
}
async function requireDictionaryAttribute(
database: Database,
platformId: string,
categoryId: string | undefined,
dictionaryId: string | undefined,
) {
if (!categoryId || !dictionaryId) throw new Error('Catalog dictionary input is missing');
const result = await database.query<{ platform_attribute_id: string }>(
`SELECT platform_attribute_id
FROM atlas.platform_product_category_attributes
WHERE platform_id = $1 AND platform_product_category_id = $2 AND dictionary_id = $3
LIMIT 1`,
[platformId, categoryId, dictionaryId],
);
if (!result.rows[0]) throw new Error('Catalog dictionary is no longer valid for this category');
return result.rows[0];
}
type FlatCategory = {
external_category_id: string;
external_type_id: string;
parent_key: string | null;
name: string;
path: string;
is_active: boolean;
source_payload: OzonCategoryNode;
};
async function persistCategoryTree(
database: Database,
platformId: string,
roots: OzonCategoryNode[],
) {
// Ozon 的树偶尔会在不同分支重复返回同一个类目;缓存主键是
// (category_id, type_id),因此保留最后一个完整路径而不让批量 upsert 冲突。
const records = [
...new Map(
flattenCategories(roots).map((record) => [
categoryKey(record.external_category_id, record.external_type_id),
record,
]),
).values(),
];
const syncTime = new Date();
await database.transaction(async (tx) => {
await tx.query(
`WITH incoming AS (
SELECT * FROM jsonb_to_recordset($2::jsonb) AS value(
external_category_id text, external_type_id text, parent_key text,
name text, path text, is_active boolean, source_payload jsonb
)
)
INSERT INTO atlas.platform_product_categories
(platform_id, external_category_id, external_type_id, name, path,
is_active, source_payload, synced_at)
SELECT $1, external_category_id, external_type_id, name, path,
is_active, source_payload, $3::timestamptz
FROM incoming
ON CONFLICT (platform_id, external_category_id, external_type_id) DO UPDATE
SET name = EXCLUDED.name, path = EXCLUDED.path, is_active = EXCLUDED.is_active,
source_payload = EXCLUDED.source_payload, synced_at = EXCLUDED.synced_at,
updated_at = now()`,
[platformId, JSON.stringify(records), syncTime],
);
await tx.query(
`WITH incoming AS (
SELECT * FROM jsonb_to_recordset($2::jsonb) AS value(
external_category_id text, external_type_id text, parent_key text,
name text, path text, is_active boolean, source_payload jsonb
)
), resolved AS (
SELECT child.id AS child_id, parent.id AS parent_id
FROM incoming
JOIN atlas.platform_product_categories child
ON child.platform_id = $1
AND child.external_category_id = incoming.external_category_id
AND child.external_type_id = incoming.external_type_id
LEFT JOIN atlas.platform_product_categories parent
ON parent.platform_id = $1
AND parent.external_category_id || ':' || parent.external_type_id = incoming.parent_key
)
UPDATE atlas.platform_product_categories category
SET parent_id = resolved.parent_id, updated_at = now()
FROM resolved WHERE category.id = resolved.child_id`,
[platformId, JSON.stringify(records)],
);
await tx.query(
`UPDATE atlas.platform_product_categories SET is_active = false, updated_at = now()
WHERE platform_id = $1 AND synced_at IS DISTINCT FROM $2::timestamptz`,
[platformId, syncTime],
);
});
return {
category_count: records.length,
active_category_count: records.filter((record) => record.is_active).length,
};
}
function flattenCategories(
nodes: OzonCategoryNode[],
path: string[] = [],
parentKey: string | null = null,
): FlatCategory[] {
const flattened: FlatCategory[] = [];
for (const node of nodes) {
const categoryId = String(node.description_category_id ?? '').trim();
if (!categoryId || !node.category_name?.trim()) continue;
const typeId = String(node.type_id ?? 0);
const nextPath = [...path, node.category_name.trim()];
const key = categoryKey(categoryId, typeId);
flattened.push({
external_category_id: categoryId,
external_type_id: typeId,
parent_key: parentKey,
name: node.category_name.trim(),
path: nextPath.join(' › '),
is_active: node.disabled !== true && typeId !== '0',
source_payload: node,
});
flattened.push(...flattenCategories(node.children ?? [], nextPath, key));
}
return flattened;
}
function categoryKey(categoryId: string, typeId: string) {
// Ozon category/type IDs are scalar identifiers; a printable separator is
// intentional because PostgreSQL text/jsonb forbids embedded NUL bytes.
return `${categoryId}:${typeId}`;
}
type CachedAttribute = {
platform_attribute_id: string;
complex_id: string;
name: string;
value_type: 'text' | 'integer' | 'decimal' | 'boolean' | 'dictionary';
is_required: boolean;
is_collection: boolean;
max_value_count: number;
dictionary_id: string | null;
is_aspect: boolean;
source_payload: OzonCategoryAttribute;
};
async function persistAttributes(
database: Database,
platformId: string,
categoryId: string,
attributes: OzonCategoryAttribute[],
) {
const records = attributes
.map(toCachedAttribute)
.filter((attribute): attribute is CachedAttribute => attribute !== null);
await database.transaction(async (tx) => {
await tx.query(
`DELETE FROM atlas.platform_product_category_attributes
WHERE platform_id = $1 AND platform_product_category_id = $2`,
[platformId, categoryId],
);
if (!records.length) return;
await tx.query(
`INSERT INTO atlas.platform_product_category_attributes
(platform_id, platform_product_category_id, platform_attribute_id, complex_id,
name, value_type, is_required, is_collection, max_value_count,
dictionary_id, is_aspect, source_payload, synced_at)
SELECT $1, $2, platform_attribute_id, complex_id, name, value_type,
is_required, is_collection, max_value_count, dictionary_id,
is_aspect, source_payload, now()
FROM jsonb_to_recordset($3::jsonb) AS value(
platform_attribute_id text, complex_id text, name text, value_type text,
is_required boolean, is_collection boolean, max_value_count integer,
dictionary_id text, is_aspect boolean, source_payload jsonb
)`,
[platformId, categoryId, JSON.stringify(records)],
);
});
return { attribute_count: records.length };
}
function toCachedAttribute(value: OzonCategoryAttribute): CachedAttribute | null {
const id = String(value.id ?? '').trim();
const name = value.name?.trim();
if (!id || !name) return null;
const dictionaryId = String(value.dictionary_id ?? '').trim();
const hasDictionary = !!dictionaryId && dictionaryId !== '0';
const isCollection = value.is_collection === true;
const requestedMax = Number(value.max_value_count ?? (isCollection ? 100 : 1));
return {
platform_attribute_id: id,
complex_id: String(value.complex_id ?? 0),
name,
value_type: hasDictionary ? 'dictionary' : mapAttributeType(value.type),
is_required: value.is_required === true,
is_collection: isCollection,
max_value_count: isCollection
? Math.max(1, Math.min(100, Number.isFinite(requestedMax) ? requestedMax : 100))
: 1,
dictionary_id: hasDictionary ? dictionaryId : null,
is_aspect: value.is_aspect === true,
source_payload: value,
};
}
function mapAttributeType(value: string | null | undefined): CachedAttribute['value_type'] {
switch (value?.toLowerCase()) {
case 'integer':
return 'integer';
case 'decimal':
case 'number':
return 'decimal';
case 'boolean':
return 'boolean';
default:
return 'text';
}
}
async function persistDictionaryValues(
database: Database,
platformId: string,
dictionaryId: string,
values: OzonDictionaryValue[],
) {
const records = values
.map((value) => ({
external_value_id: String(value.id ?? '').trim(),
value: value.value?.trim(),
source_payload: value,
}))
.filter((value): value is { external_value_id: string; value: string; source_payload: OzonDictionaryValue } =>
!!value.external_value_id && !!value.value,
);
if (!records.length) return { dictionary_value_count: 0 };
await database.query(
`INSERT INTO atlas.platform_attribute_dictionary_values
(platform_id, dictionary_id, external_value_id, value, is_active, source_payload, synced_at)
SELECT $1, $2, external_value_id, value, true, source_payload, now()
FROM jsonb_to_recordset($3::jsonb) AS value(
external_value_id text, value text, source_payload jsonb
)
ON CONFLICT (platform_id, dictionary_id, external_value_id) DO UPDATE
SET value = EXCLUDED.value, is_active = true, source_payload = EXCLUDED.source_payload,
synced_at = EXCLUDED.synced_at, updated_at = now()`,
[platformId, dictionaryId, JSON.stringify(records)],
);
return { dictionary_value_count: records.length };
}